Design+Encyclopedia - Page 23
From Design+Encyclopedia, the free encyclopedia on good design, art, architecture, creativity, engineering and innovation.
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Arthur Lee
Arthur Lee is a highly respected artist known for his mastery of abstract expressionism. His works are characterized by bold brushstrokes and bright colors that capture the imagination and evoke strong emotions. Lee draws on a variety of sources, including religious symbols, mythology, and historical references, to add depth and meaning to his pieces. His art has been featured in some of the world's most prestigious galleries and exhibitions, cementing his status as one of the most sought-after artists of our time. One aspect of Lee's work that sets him apart is his ability to question our perception of the world. His pieces challenge viewers to contemplate the nature of reality and our place within it. This philosophical underpinning is evident in works such as The Winter of my Discontent, which explores the human condition and the struggle for meaning in a seemingly chaotic world. Another key aspect of Lee's work is its spiritual nature. He frequently incorporates religious symbols and mythology into his pieces, creating a sense of reverence and awe. This is particularly evident in works such as The Cross of Salvation, which draws on Christian iconography to explore themes of redemption and sacrifice. Despite his success, Lee remains committed to his craft and continues to create new works that push the boundaries of abstract expressionism. His impact on the art world is undeniable, and his works will undoubtedly continue to inspire and captivate audiences for generations to come.
Arthur Lee, abstract expressionism, bright colors, bold brushstrokes, religious symbols, mythology, historical references, philosophical, spiritual, Christian iconography
Augustus Hoppin
Augustus Hoppin was among the foremost American Artists of his time, known for his realist oil paintings and lushly detailed drawings. He was truly gifted in creating atmosphere, mood, and narrative in his works, often out of a few well-placed visual elements. Especially his still life works demonstrate a remarkable level of skill, exhibiting a remarkable understanding of light, form and color. Hoppin's best known works include 'The Barn at Barr Hill', 'In the Garden' and 'Interior of Church'.
Augustus Hoppin, American artist, realism, oil painting, drawing, still life, narrative, light, form, color.
Auxiliary Power Design
Auxiliary Power Design is a specialized field within industrial and engineering design that focuses on creating secondary or supplementary power systems to support primary power sources in various applications. This multifaceted discipline encompasses the development of backup power solutions, emergency power systems, and complementary energy sources that ensure continuous operation of critical equipment and facilities. The concept emerged during the mid-20th century as industries recognized the need for reliable power redundancy, particularly in sectors where uninterrupted operation is crucial. Auxiliary power systems are meticulously designed to seamlessly integrate with main power sources, incorporating sophisticated switching mechanisms, power conditioning equipment, and energy storage solutions. These designs must consider factors such as power output requirements, environmental conditions, space constraints, and regulatory compliance while maintaining aesthetic appeal and functional efficiency. The field has evolved significantly with technological advancements, embracing renewable energy sources, smart grid technologies, and innovative energy storage solutions. Contemporary auxiliary power design emphasizes sustainability, incorporating energy-efficient components and eco-friendly materials, aspects that are frequently recognized in design competitions such as the A' Design Award's Industrial and Engineering Design Category. The discipline requires a comprehensive understanding of electrical engineering principles, thermal management, safety protocols, and human factors engineering to create systems that are not only reliable but also user-friendly and maintainable. Modern auxiliary power designs increasingly incorporate digital monitoring capabilities, predictive maintenance features, and modular architectures to enhance flexibility and serviceability.
power redundancy, backup systems, emergency power, energy storage, power conditioning, sustainable design, system integration, electrical engineering, industrial design
Animation Databases
Animation databases are specialized repositories designed to store, manage, and retrieve animated sequences, characters, and related assets used in the creation and production of animation. These databases are not mere collections of video files but are structured to facilitate efficient access to a wide range of animation components, including but not limited to, keyframes, textures, 3D models, and motion capture data. By organizing this information in a searchable and scalable manner, animation databases support the collaborative and iterative processes inherent in animation production, enabling creators to build upon existing assets, ensure consistency across projects, and significantly reduce the time and resources required to produce new animated works. The design and implementation of these databases take into account the unique requirements of animation production, such as the need for high-fidelity data storage, rapid retrieval speeds, and support for various file formats and animation techniques. Historically, the development of animation databases has paralleled advances in computer graphics and animation software, reflecting the industry's shift towards digital production methods. This evolution has facilitated not only greater efficiency and creativity within the field of animation but also the integration of animation databases with other digital asset management systems, thereby enhancing interdisciplinary collaboration and expanding the potential applications of animation in areas such as virtual reality, video games, and interactive media. The significance of animation databases extends beyond their technical capabilities, as they play a crucial role in preserving the artistic and cultural heritage of animation by ensuring that the digital assets and creative works they contain can be accessed and appreciated by future generations.
animation, databases, digital asset management, 3D models, motion capture, computer graphics
Aviation Industry Prize
The Aviation Industry Prize is an annual competition that provides a platform for designers to showcase their creativity and innovation in the aviation industry. It is an opportunity for aspiring designers to present their unique concepts and designs to industry professionals, gain recognition for their efforts, and potentially secure job opportunities. The competition encourages designers to think outside the box and come up with innovative ideas that can be used to advance the aviation industry. One of the key aspects of the Aviation Industry Prize is the opportunity for designers to engage with industry experts and gain valuable insights into the latest trends and developments in the aviation industry. This allows designers to stay up-to-date with the latest technologies and design practices, and potentially incorporate them into their own work. Additionally, the competition provides a platform for designers to network with potential employers and establish connections within the industry. Another important aspect of the Aviation Industry Prize is the recognition and rewards that come with winning the competition. Winning the competition can lead to increased visibility and exposure for designers, as well as potential job opportunities and collaborations with industry professionals. The competition also provides a sense of validation and encouragement for designers, as it recognizes their hard work and creativity in the field. Overall, the Aviation Industry Prize is a valuable opportunity for designers to showcase their skills and creativity in the aviation industry, gain insights into the latest trends and developments, and potentially secure job opportunities. It encourages innovation and outside-the-box thinking, and provides recognition and rewards for designers who excel in the field.
aviation industry, competition, creativity, innovation, recognition
Antonio Tubini
Antonio Tubini is an Italian artist renowned for his unique use of color and texture in his works. His art is characterized by a balance between subtlety and boldness, creating a captivating visual experience. He has an impressive body of work that includes large-scale mural paintings, abstract compositions and figurative pieces. His works often feature a vibrant palette of colors and a variety of textures to create a sense of depth and movement. His art stands out for its creative use of light, contrast and composition, creating a visual language that speaks to the emotions of the viewers. He has exhibited his works in many galleries and museums worldwide, and has been featured in numerous publications.
Abstract, Color, Texture, Movement, Expression.
Aerospace Furniture Design
Aerospace Furniture Design is a relatively new concept in the design world, but its applications are far-reaching. It takes the principles of aeronautical engineering, such as the use of lightweight materials, efficient construction, and ergonomic usability, and applies them to furniture design. This allows for the creation of pieces that are both highly functional and aesthetically pleasing. Aerospace furniture incorporates a variety of design elements, such as curved shapes and asymmetrical forms, to create unique, stunning pieces. Its use of innovative materials and manufacturing processes also allow for pieces that are both lightweight and durable. Aerospace Furniture Design is an incredibly versatile approach to furniture design, and can be used to create pieces that are both practical and beautiful.
Aerospace Furniture Design, Aviation Furniture, Ergonomic Furniture, Lightweight Furniture, Asymmetrical Furniture, Innovative Materials.
Anne Arnold
Anne Arnold's work has often been praised for its ability to capture the beauty of the everyday. Her compositions are intricate, drawing on symbolism and multiple visual cues to create an atmosphere of contemplation and awe. She skillfully combines the use of color, line, and texture to create a sense of movement and energy. Arnold is also known for her use of unconventional materials, such as found objects, to create a unique and unexpected visual experience. By combining traditional and non-traditional elements, Arnold's art challenges viewers to think more deeply about the world and the meaning behind her artwork. Her art is also notable for its ability to evoke strong emotions, as her works often explore themes of loneliness, longing, loss, and hope. Arnold's art has been featured in various international collections and exhibitions, and her works have been highly praised by critics and institutions alike.
Creativity, Design, Arts, Inspiration, Expression, Emotion, Technique, Color, Line, Texture, Found Objects, Meaning, Loneliness, Longing, Loss, Hope, International, Collections, Exhibitions.
Astrophysics
The word ‘astrophysics’ is an amalgamation of two Greek words ‘astron’ and ‘physike’. ‘Astron’ means ‘star’ and ‘physike’ means ‘natural science’. Thus, the word astrophysics can be broadly defined as the study of stars and the natural science associated with them. It is a sub-field of astronomy and is considered a branch of physics. It deals with the physical and chemical properties of celestial bodies and the forces that act upon them. Astrophysics has a long and rich history having its origins in the ancient ideologies that were built around astral observations. It has evolved over the centuries and continues to do so with the help of modern physics, astronomy and technology. From a morphological perspective, it can be seen that the word ‘astrophysics’ combines two separate roots ‘astron’ and ‘physike’ to form a combined root that is generally used to refer to a specific field of study. In terms of its pragmatic implications, astrophysics is used to refer to a specialized field of study that focuses on the physical and chemical properties of celestial bodies and the forces that act upon them, as well as the evolution of stars.
Etymology, Morphology, Pragmatics, Astronomy, Physics
Adolphe Blondheim
Adolphe Blondheim was a renowned American artist who was known for his impressionistic paintings that focused on nature and its beauty. His works often depicted scenes of tranquility and beauty, allowing viewers to feel as if they were part of the natural environment. Blondheim was also a master at capturing the light, texture and atmosphere of a particular moment in time. He was known for his use of vibrant and intense colors, as well as his ability to create delicate and poetic brushstrokes. His works often explored the relationship between humans and nature, capturing the interconnectedness of the two. Blondheim's works are a reminder of the beauty that nature has to offer, and serve as a source of inspiration for designers and creatives alike.
Adolphe Blondheim, impressionism, painting, nature, art, American artist.
Avel De Knight
Avel de Knight is a renowned American artist that has created a subtle yet powerful legacy of work. His distinctive style often draws influence from African American history, as well as his own childhood experiences growing up in the segregated South. He has been celebrated for his ability to capture the spirit of the rural South and explore the intertwining of past and present. His artwork has been widely praised for its capacity to tell stories of social change and justice through visual story-telling. In addition to his impressive body of work, Avel de Knight has also been known for his deep appreciation for design and creativity. He has been described as a master of color theory, as well as a keen ability to carefully craft compositions and explore the beauty of everyday life. His work is featured in many prominent exhibitions and private and public collections around the United States.
Avel de Knight, artist, painter, rural South, African American history, color theory, composition, creativity, social change, justice, exhibitions, collections.
Around Residential House
Around Residential House is an innovative residential interior design project that exemplifies contemporary living spaces through its revolutionary approach to spatial flow and functionality. This 200-square-meter residence, completed in 2021 in Guangzhou, demonstrates a sophisticated interpretation of modern living requirements for a DINK (Double Income, No Kids) couple, featuring a distinctive flow space concept that transforms traditionally closed, independent spaces into an interconnected whole. The design's primary innovation lies in its departure from conventional residential layouts, employing strategic elements such as glass installations in the porch area to channel natural light into the kitchen, and the creative use of curtains instead of walls between living and sleeping areas to soften spatial transitions. The project showcases exceptional material selection, combining cement paint, wood veneer, and tiles to create a calm, restrained grey color palette that aligns with the clients' preferences. Notable design solutions include hollow-out block storage cabinet walls in the cloakroom and desk areas, which enhance regional interaction while preventing visual monotony. The project addresses unique challenges through innovative solutions, such as implementing a greenhouse-balanced central air conditioning and fresh air system to protect the open-concept cloakroom from Guangdong's humid climate. This design, which won the Bronze A' Design Award in the Interior Space, Retail and Exhibition Design category, represents a significant achievement in residential interior design, particularly for its success in creating a flowing, continuous space that caters to contemporary lifestyle needs while maintaining functionality and aesthetic appeal.
residential interior design, modern living space, flow space concept, minimalist architecture, spatial innovation, contemporary home design
Anton Stolar
Anton Stolar is an internationally renowned designer, who has made a significant impact on the design industry over the past 20 years. His artwork is characterized by its experimental nature, as he often pushes the boundaries of traditional design techniques. He is particularly interested in exploring the role of technology in design, and has produced work that combines digital art with traditional art forms. Through his work, he has also sought to challenge conventional notions of beauty and aesthetics, often creating pieces that are both visually striking and thought-provoking. He has also been an important figure in the design community, speaking at conferences and workshops and inspiring the next generation of designers.
Creativity, Design, Arts, Technology, Innovation, Inspiration.
Agriculture, Horticulture And Fisheries Design
Agriculture, Horticulture and Fisheries Design is an essential part of the creative process in designing and developing agricultural systems, landscapes, and structures that are efficient and effective for food production. Designers must take into account the natural environment, the climate, the resources available, and the needs of the people and communities in order to create systems that are sustainable and productive. Designers must also consider the impact of their designs on the environment, and the impact of their designs on the livelihoods of people and communities. Designers must be creative and innovative in the development of their designs, and must be able to adapt their designs to changing circumstances. Designers must be able to work with a variety of stakeholders and collaborate to develop effective solutions.
Agriculture, Horticulture, Fisheries, Design, Sustainable, Efficient, Productive, Innovation, Environment, Livelihoods, Collaboration, Adaptive, Stakeholders.
Art Criticism
Art Criticism is an important part of the creative process as it provides designers with valuable feedback that can help them refine their designs and make them more effective. It is a form of analysis and evaluation of artwork that involves the examination of the elements of a work of art, such as line, color, composition, and form, in order to determine its meaning and significance. Art criticism can also be used to inform the public about the merits of a particular artist or artwork and to determine the value of a piece and its cultural significance. Art criticism is an essential part of the design process as it helps designers to assess and improve the quality of their work. Through analyzing the elements of a work of art, designers can identify areas of improvement and gain insight into the creative process.
Art Criticism, Art Analysis, Art Evaluation, Creative Process, Design Process, Artwork Analysis.
André Valladier
André Valladier is a French artist whose work has been acclaimed for its captivating scenes of the French countryside. His paintings are known for their vibrant colours, signature style of painting, and masterful execution. His ability to capture the beauty of the French countryside and create art that is both aesthetically pleasing and thought-provoking has made him one of the most influential French painters of the modern era. His works, such as “Champ de Lavande”, “L’étang de la Pommier”, and “Factory of the Butterflies”, have become iconic and have been exhibited in galleries and museums around the world. Valladier’s work has also been the subject of numerous books, articles, and reviews, and has been featured in many television and film productions. His works have been praised for their technical skill, unique vision, and creativity, and have served as a source of inspiration to many in the fields of art, design, and creativity.
French artist, André Valladier, French countryside, paintings, vibrant colours, signature style, masterful execution, Champ de Lavande, L’étang de la Pommier, Factory of
Andrea Della Robbia
Andrea Della Robbia was a prominent Italian sculptor who lived during the Renaissance period. He was known for his exceptional skills in creating glazed terracotta sculptures and reliefs that were celebrated for their vivid colors, distinct details, and lifelike compositions. Della Robbia was born in Florence in 1435 and was part of a family of artists who specialized in the production of glazed terracotta works of art. He learned the art of terracotta sculpture from his uncle, Luca Della Robbia, who was a renowned artist in his own right. Andrea Della Robbia's works were characterized by their technical excellence, sophisticated color palette, and strong form. He was an influential figure in the development of the early Renaissance style in Florentine and Italian art, and his influence continued to be felt throughout Europe for centuries. His sculptures and reliefs often depicted religious scenes, and he was particularly known for his ability to create figures with a strong sense of volume and form. His works were highly sought after by the wealthy and powerful of his day, and his legacy continues to inspire artists and designers alike. Della Robbia's most famous works include The Visitation at the Museum of the Basilica of San Lorenzo, Christ Blessing from the Museum of Santa Maria Novella, and Madonna of the Steps from the Uffizi Gallery. These works are a testament to his exceptional skills as a sculptor and his ability to create works of art that are both beautiful and meaningful.
Andrea Della Robbia, Italian sculptor, glazed terracotta, Renaissance art, vivid colors, distinct details, lifelike compositions, technical excellence, sophisticated color palette, strong form, religious scenes, Luca Della Robbia, early Renaissance style,
Art Conservation
Art conservation is the practice of preserving and restoring artworks, artifacts, and other cultural objects to their original condition or a state that closely resembles it. The goal of art conservation is to prevent further deterioration of an object, repair existing damages, and enhance its aesthetic and historic value. Art conservators use various techniques, ranging from scientific analysis to manual cleaning and repair, to ensure that the artwork remains intact and visually appealing for future generations. To create a good example of art conservation, conservators need to follow specific guidelines. One crucial criterion is the use of high-quality materials and tools that don't damage the artwork or introduce unwanted contaminants. Another important aspect is the preservation of the artwork's original design and historical context, which requires a deep understanding of its cultural significance and artistic style. Additionally, conservation work should be reversible, allowing future conservators to make changes or updates to the work without damaging it. Conservators also need to keep detailed documentation of their work, including before and after photographs, treatment reports, and scientific analyses, to track the artwork's condition over time and guide future conservation efforts. They may also work with other specialists, such as art historians and curators, to ensure they're making informed decisions that balance preservation and presentation goals.
Preservation, Restoration, Artifacts, Historical Context, Documentation
Archimedes
Archimedes is a renowned Greek mathematician, physicist, engineer, inventor, and astronomer who lived in the 3rd century BC in Syracuse, Sicily. He is considered one of the greatest scientists of classical antiquity and is best known for his groundbreaking contributions to mathematics, particularly in the fields of geometry, calculus, and hydrostatics. Archimedes' work laid the foundations for many scientific and mathematical principles that are still used today. He is credited with numerous inventions, including the Archimedes' screw, a device used for raising water from a lower to a higher level, and the Archimedes' claw, a weapon used to defend Syracuse against the Roman siege. Archimedes also made significant advancements in the understanding of levers, pulleys, and the concept of buoyancy. His famous principle, known as Archimedes' principle, states that a body immersed in a fluid experiences an upward buoyant force equal to the weight of the fluid displaced by the body. This principle has had far-reaching implications in fields such as engineering, shipbuilding, and fluid mechanics. Archimedes' mathematical treatises, such as On the Sphere and Cylinder, On Spirals, and On the Equilibrium of Planes, showcased his exceptional problem-solving skills and introduced innovative methods for calculating areas and volumes of various geometric shapes. His approximation of pi, the ratio of a circle's circumference to its diameter, was remarkably accurate for its time. Archimedes' legacy has endured through the centuries, inspiring countless scientists, mathematicians, and inventors. His life and work have been the subject of numerous books, articles, and documentaries, cementing his status as one of the most brilliant minds in history.
Greek mathematician physicist engineer inventor astronomer geometry calculus hydrostatics Archimedes' screw Archimedes' claw levers pulleys buoyancy Archimedes' principle
Antibacterial Products Design
Antibacterial products design is a specialized field that is concerned with developing products that are effective in reducing or eliminating the presence of bacteria. This type of design requires a deep understanding of microbiology, engineering, and design principles, as well as a creative approach to problem-solving. The goal of antibacterial product design is to create products that are safe, effective, and easy to use, while also minimizing the risk of bacterial contamination. One of the key aspects of antibacterial product design is the use of materials or coatings with antimicrobial properties. These materials are designed to prevent the growth of bacteria on the surface of the product, which can help to reduce the risk of infection or contamination. In addition, antibacterial product design may also involve the use of optimized product layouts, which can help to minimize the risk of bacterial growth and contamination. Another important aspect of antibacterial product design is the integration of microbial control measures into product design. This may involve the use of specialized coatings or materials that are designed to kill or inhibit the growth of bacteria, as well as the use of specialized cleaning and sterilization protocols. By incorporating these measures into product design, it is possible to create products that are highly effective in reducing the risk of bacterial contamination. Overall, antibacterial product design is a complex and challenging field that requires a deep understanding of microbiology, engineering, and design principles. By employing a creative and innovative approach to product design, it is possible to create products that are both effective and safe, while also minimizing the risk of bacterial contamination.
antibacterial, products, design, antimicrobial, contamination
Art And Design Pedagogy
Art and design pedagogy refers to the teaching and learning practices within the fields of art and design. It encompasses the theories, methods, and techniques used to educate students in the creative disciplines. Art and design pedagogy is a dynamic and evolving field that seeks to prepare students to become proficient and innovative practitioners in their respective fields. One of the key elements of art and design pedagogy is the development of critical thinking skills. Students are encouraged to analyze, interpret, and evaluate works of art and design, as well as their own creative processes. This involves examining the historical, cultural, and social contexts in which art and design are produced, as well as the technical and aesthetic aspects of the works themselves. Through this process, students learn to think critically about their own work and the work of others, and to develop a deeper understanding of the broader implications of art and design in society. Another important aspect of art and design pedagogy is the development of technical skills. Students are taught a wide range of techniques and processes, from traditional drawing and painting to digital media and 3D printing. They learn to use a variety of tools and materials, and to experiment with different approaches to creating art and design. Through this process, students develop the skills and knowledge necessary to bring their creative visions to life. Art and design pedagogy also emphasizes the importance of collaboration and communication. Students are encouraged to work together on projects, share ideas and feedback, and engage in constructive critique. They learn to communicate their ideas effectively, both verbally and visually, and to collaborate with others to achieve their creative goals. Overall, art and design pedagogy is a rich and complex field that encompasses a wide range of theories, methods, and techniques. It seeks to prepare students to become skilled and innovative practitioners in the creative disciplines, while also fostering critical thinking, technical proficiency, and collaboration.
critical thinking, technical skills, collaboration, communication, creative disciplines
Alexis Eymery
Alexis Eymery is a French artist whose works are renowned for their captivating visual appeal. His art is often a reflection of his own personal experiences, incorporating vivid colors and shapes to create a sense of movement and emotion. His works have been exhibited in various galleries around the world and have been featured in several publications, including his own book, ‘Interdit de Respirer’. A true innovator, Eymery has also been at the forefront of new technologies, such as virtual reality, to further explore his creative ideas. His works have been praised for their boldness and expressiveness, making him a highly sought-after artist.
Alexis Eymery, French artist, painting, artwork, virtual reality, creativity, contemporary art.
Aircraft Tires
Aircraft tires are specialized tires designed to withstand the unique demands of aviation. These tires are typically made of high-strength materials, such as nylon or Kevlar, and are constructed with multiple layers of rubber and other materials to provide maximum durability and reliability. Unlike traditional tires, aircraft tires are designed to operate at high speeds and under extreme conditions, including extreme temperatures, heavy loads, and high impact forces. One of the key features of aircraft tires is their ability to withstand the high speeds and forces associated with takeoff and landing. These tires are typically rated for speeds of up to 225 miles per hour, and are designed to handle the high impact forces that occur when an aircraft lands on the runway. In addition, aircraft tires are designed to operate at high temperatures, which can reach up to 200 degrees Fahrenheit during takeoff and landing. Another important feature of aircraft tires is their ability to support heavy loads. These tires are typically designed to support the weight of the aircraft, as well as any cargo or passengers on board. To achieve this, aircraft tires are constructed with multiple layers of rubber and other materials, which provide the necessary strength and durability to support the weight of the aircraft. Overall, aircraft tires are a critical component of any aircraft, and are essential for safe and reliable operation. These specialized tires are designed to withstand the unique demands of aviation, and are constructed with high-strength materials and multiple layers of rubber to provide maximum durability and reliability.
aviation, durability, reliability, high-strength, heavy loads
Accessory Design
Accessory design is an ever-evolving field that requires a strong understanding of both aesthetics and functionality. To create successful accessories, designers need to be able to think conceptually, have an eye for detail, and be aware of the current fashion trends. Designers must also be able to understand the needs of the target audience, and create a product that meets those needs. It is important for designers to understand the relationship between design and production, and the importance of materials, color, texture, and construction. Additionally, designers must consider ergonomic factors in order to create products that are comfortable and easy to use.
Accessories, Design, Fashion, Creativity, Aesthetics.
Aquatic Photography
Aquatic photography is a specialized form of photography that involves capturing images of marine life, underwater features, and other aquatic elements. It requires specialized gear like waterproof cameras, housing, external flash units, wet lenses, and other accessories to ensure high-quality images with maximum details. It allows photographers to capture the beauty and complexity of the aquatic environment and highlights the unique features of its inhabitants. With the development of technology, underwater photography has also evolved, allowing for a wide array of creative direction and image-capturing capabilities. One of the most important aspects of aquatic photography is the need for specialized equipment. Underwater cameras and housings are essential to protect the camera from water damage and to maintain image quality. External flash units and wet lenses are also important for capturing clear and vibrant images in the low-light conditions of the underwater environment. Additionally, aquatic photographers must have knowledge and skill in order to capture stunning images, as well as specialized equipment like waterproof cameras, housings, strobes, and lenses. Aquatic photography has a wide range of applications, including art and design projects, scientific research, conservation, and educational purposes. It allows us to capture the unique ecosystems and creatures that live in the depths of the ocean, and to better understand the complexity of the aquatic environment. Aquatic photographers can use their images to create eye-catching designs for websites, brochures, and other media. Additionally, underwater photography can be used to capture images for scientific research, conservation, and educational purposes. In conclusion, aquatic photography is a specialized form of photography that requires specialized equipment and knowledge. It allows photographers to capture the beauty and complexity of the aquatic environment and highlights the unique features of its inhabitants. With the right gear and technique, photographers can capture incredible images of marine life, coral reefs, and other underwater scenes. Aquatic photography has a wide range of applications, including art and design projects, scientific research, conservation, and educational purposes.
underwater cameras, specialized equipment, marine life, low-light conditions, scientific research
Aircraft Safety Design
Aircraft Safety Design is a field of engineering that focuses on the design and development of aircraft systems and components to ensure the highest levels of safety for passengers, crew and ground personnel. The main objective of this field is to design aircraft structures and systems that are able to function properly in the event of a malfunction or emergency and to ensure that the aircraft remains intact and operational in the case of impacts, turbulence and other unexpected conditions. Additionally, this field of engineering also aims to design aircraft that are as safe and efficient as possible in terms of fuel consumption, maneuverability and performance.
Aircraft safety engineering, aircraft systems, aircraft components, safety assurance, safety performance
Applied Art
Applied art is a form of creative expression that focuses on the aesthetic appeal of functional objects. It involves the use of traditional art forms such as painting, sculpture, and design to create objects that serve a practical purpose. Applied art is often used in interior design, product design, and architecture to create visually appealing objects that also serve a practical purpose. It is a unique form of creative expression that combines art with practicality. One aspect of applied art is its ability to enhance the visual appeal of a space or environment. Applied art can be used to create visually interesting and beautiful objects that add to the overall aesthetic of a space. This can include furniture, home decor, and architectural elements such as mosaics, stained glass, and murals. Applied art can also be used to create products that are both aesthetically pleasing and functional, such as kitchenware and lighting fixtures. Another important aspect of applied art is its ability to combine creativity with practical functionality. Applied art allows designers to use their creative imagination to create objects that are not only visually appealing but also serve a practical purpose. This can include objects such as chairs, tables, and other furniture pieces that are both beautiful and functional. Overall, applied art is a valuable tool for designers and artists alike. It allows them to express their creativity in a way that can be used to enhance the look and feel of a space or environment. By combining art with practicality, applied art creates objects that are not only beautiful but also serve a useful purpose.
Creative expression, functional objects, aesthetic appeal, interior design, product design, architecture, practical functionality, traditional art forms, furniture, home decor, mosaics, stained glass, murals, kitchenware, lighting fixtures
Art and Artwork Design Awards
Art and artwork design awards are accolades that are bestowed upon individuals or teams who have created outstanding artwork that has been judged to be of exceptional quality. Awards are typically presented in one of a variety of categories ranging from traditional media such as painting, sculpture and photography to newer disciplines such as digital media, street art, and installation art. The judging criteria typically involve aesthetic, technical, and conceptual components that are evaluated by a panel of experts.
Artwork design awards, artwork prize, visual art awards, art competition, art contest, art accolades.
Aimé Chenavard
Aimé Chenavard (1818-1890) was a French painter, who was renowned for his expressive use of color and composition. He was considered a master of depicting the human form, and his works often featured a unique blend of realism, romanticism, and classicism. His paintings have been described as having an almost spiritual quality, and his works are considered to be some of the most influential of the 19th century. Chenavard's most famous works include Expression Maternelle, Nuit Verte, and La Caresse, all of which showcased his technical skill and innovative use of light. His style was heavily influenced by the works of Ingres, Delacroix, and Géricault, and his works have since become a major part of the art world.
Painting, Art, Color, Composition, Expression.
Air Blowers
Air blowers are mechanical devices that are used to generate a stream of air or gas. They are designed to move air or gas from one location to another, either to create a flow of air or to remove unwanted air or gas. Air blowers are commonly used in industrial, commercial, and residential settings for a variety of applications, including ventilation, cooling, heating, and drying. Air blowers come in a wide range of sizes and designs, from small handheld blowers to large industrial blowers that can move large volumes of air. They can be powered by electricity, gasoline, diesel, or other fuels, and can be designed to operate at different speeds and pressures depending on the application. One of the most common uses of air blowers is for ventilation. They are often used in buildings to circulate air and remove stale or polluted air. Air blowers can also be used to create a flow of air to cool or heat a space. In industrial settings, air blowers are used to move air or gas through ducts and pipes to transport materials or to power industrial processes. Another important application of air blowers is for drying. They are commonly used in the drying of materials such as paper, textiles, and food products. Air blowers can also be used to dry wet surfaces, such as floors and walls, after cleaning or flooding. Overall, air blowers are versatile mechanical devices that are used in a wide range of applications. They are essential for maintaining air quality, regulating temperature, and facilitating industrial processes.
ventilation, cooling, heating, drying, industrial processes
Architecture Of Micronesia
Architecture of Micronesia is a rich and varied topic, with many different styles and aesthetics emerging throughout its history. From the earliest recorded structures, which can be traced back to the mid-18th century, to the modern and contemporary edifices of today, Micronesian architecture has been shaped by a variety of influences. During the pre-colonial period, traditional Micronesian structures were characterized by their use of natural materials such as wood, stone, and bamboo, and their emphasis on craftsmanship and practicality. During the colonial period, many aspects of European design began to be incorporated, such as the use of concrete, steel, and glass. In the post-colonial era, modernism and postmodernism have been major influences, as have regional variations that draw upon the traditional styles of Micronesian architecture. These various styles and aesthetics have come together to create a unique and vibrant architectural landscape that reflects the culture and history of Micronesia.
Island, Tropical, Indigenous, Vernacular, Modernism.
Alpy Educational Robot
Alpy Educational Robot is an innovative educational robotics platform designed to introduce coding and STEAM (Science, Technology, Engineering, Arts, and Mathematics) concepts to learners ranging from preschool to university level. Developed by designer Levent Muslular and team members Alp Erdener, Anıl Özfuttu, and Doğuhan Pala, this versatile robotic system employs a modular cubic form that enables transformation from a basic physically programmed robot to an autonomous intelligent device. The robot's design, which earned a Golden A' Design Award in the Baby, Kids and Children's Products Design category, features a sophisticated combination of acrylic outer plates manufactured through CNC laser cutting and a chassis composed of two identical aluminum parts, resulting in compact dimensions of 135 x 110 x 110mm and a child-friendly weight of 530 grams. The system operates in conjunction with a mobile application and a two-sided board, offering both structured scenarios with progressive difficulty levels and free exploration modes that allow children to experiment with drawing shapes and programming movement patterns. Alpy's platform incorporates various sensors, lights, and sound feedback mechanisms, enabling interactive learning experiences while maintaining a robust, tool-free assembly process through its innovative modular design. The educational robot's customizable nature is achieved through interchangeable opaque, transparent, rigid, and function-specific modules with standardized interfaces, making it an exceptionally versatile teaching tool for STEAM education.
educational robotics, STEAM education, coding for children, modular robot design, interactive learning platform, customizable educational technology
Anti-Vibration Design
Anti-vibration design is an important consideration for any designer of mechanical systems, as it can have a significant impact on the performance and user experience of the product. It is important to understand the vibration characteristics of the system and to apply appropriate techniques to reduce the vibration to a level that is acceptable. These techniques can include using dampers, stiffeners, isolators and other components to absorb, isolate, and direct vibration away from the system and other components. Additionally, designers should also consider the use of alternative materials that can be used to reduce vibration, such as rubber, foam, and fabrics. These materials can be used to absorb or isolate vibration, and can be used in combination with other anti-vibration design techniques to provide a more comprehensive solution. Furthermore, designers should also consider the potential benefits of using computer-aided engineering (CAE) methods to simulate and analyze the vibration characteristics of their system, as this can provide valuable insights into the effectiveness of their design.
Anti-Vibration Design, Damping Materials, Isolation Mechanisms, Stiffeners, Computer-Aided Engineering (CAE).
Architecture In Extraterrestrial Environments
Architecture in extraterrestrial environments refers to the design and construction of buildings and other structures on celestial bodies other than Earth. This includes the Moon, Mars, asteroids, and other planets within our solar system. The challenges of designing and constructing buildings in these environments are numerous, and architects must take into account factors such as low gravity, extreme temperatures, and radiation exposure. One of the primary challenges of designing buildings in extraterrestrial environments is the low gravity. This means that structures must be designed to withstand very little weight and must be anchored to the ground to prevent them from floating away. Additionally, the low gravity means that structures must be designed to withstand the forces of impact from meteoroids and other debris that may collide with the building. Another challenge is the extreme temperatures that can be found on many celestial bodies. For example, the temperature on the Moon can range from -173°C to 127°C, while the temperature on Mars can range from -143°C to 35°C. Architects must design buildings that can withstand these extreme temperatures and provide adequate insulation to protect the inhabitants from the harsh environment. Radiation exposure is also a significant concern in extraterrestrial environments. The lack of a protective atmosphere means that inhabitants are exposed to high levels of radiation from the sun and other sources. Architects must design buildings that provide adequate shielding to protect the inhabitants from this radiation. Despite these challenges, architects are already developing innovative designs for buildings in extraterrestrial environments. For example, some designs incorporate inflatable structures that can be easily transported and deployed on the surface of the Moon or Mars. Other designs use 3D printing technology to construct buildings using local materials found on the celestial body. In conclusion, architecture in extraterrestrial environments is a complex and challenging field that requires architects to take into account a wide range of factors. From low gravity and extreme temperatures to radiation exposure, architects must design buildings that can withstand the harsh environment of space. However, with innovative designs and new technologies, it is possible to create structures that can support human life on other celestial bodies.
low gravity, extreme temperatures, radiation exposure, inflatable structures, 3D printing
Aquitaine Marble
Aquitaine marble is a type of limestone found in in Aquitaine, France. It is a sedimentary rock, formed over millions of years by the gradual accumulation of calcium carbonate deposits and shells. The stone is characterized by its smooth texture and natural veining, in shades of gray and beige. The marble is incredibly durable, making it a popular choice for architectural projects, both indoors and outdoors. The stone is also known for its distinctive characteristics, as it is very heat resistant and has a low water absorption rate. Aquitaine marble is also naturally resistant to wear, making it an ideal choice for both residential and commercial projects.
Aquitaine Marble, limestone, sedimentary rock, France, heat resistant, water absorption, veining, gray, beige.
António Costa
António Costa is a highly talented designer whose work is informed by a unique global perspective. He believes that design should evoke emotion, and his works reflect this belief. He is highly skilled in the principles of design, and is noted for his attention to detail and use of high-quality materials. He is committed to creating timeless pieces that will inspire generations to come. His works have been widely recognized for their beauty and meaning, and have been awarded both nationally and internationally. António's passion for design is evident in all of his works, and his commitment to creating meaningful and lasting pieces is clear.
Creativity, vision, technical skill, expression, emotion, product design, art, global perspective, detail, quality, timelessness, inspiration, recognition, beauty, meaning, passion.
Art And Design In Social Media
Art and design in social media is a rapidly growing field that involves the use of social media platforms to create, share, and promote artwork and designs. This field encompasses a wide range of creative disciplines, including graphic design, illustration, photography, animation, and more. Social media has become an increasingly important tool for artists and designers to showcase their work, build their brand, and connect with their audience. One of the key benefits of using social media for art and design is the ability to reach a large and diverse audience. Social media platforms such as Instagram, Facebook, Twitter, and Pinterest have millions of users, providing artists and designers with a vast potential audience for their work. Additionally, social media allows for direct interaction between artists and their audience, enabling them to receive feedback, build relationships, and gain new followers. Another important aspect of art and design in social media is the ability to create and share content quickly and easily. Social media platforms provide artists and designers with a range of tools and features to create and share their work, including photo and video editing tools, filters, and hashtags. These tools can help artists and designers to create visually compelling content that is optimized for social media, and to share it with their audience in real-time. Overall, art and design in social media is a dynamic and exciting field that is constantly evolving. As social media platforms continue to evolve and new technologies emerge, artists and designers will continue to find new and innovative ways to create, share, and promote their work.
Social media, art, design, audience, content
Antonio Martorell
Antonio Martorell is a Puerto Rican artist and designer whose work spans across various mediums, including painting, printmaking, and graphic design. He is known for his unique style that blends traditional and contemporary elements, creating captivating and timeless pieces that often depict everyday life in urban settings. Martorell's work has been featured in numerous exhibitions and publications around the world, and he has won numerous awards for his contributions to the arts. In addition to his artistic pursuits, Martorell is also an influential figure in the world of literature, having published works of both fiction and non-fiction. He is a master of his craft and a leader in the field of design, helping to shape the future of art and design. To design work that is comparable to Antonio Martorell's, one must focus on blending traditional and contemporary elements to create a unique style. Attention to detail is also crucial, as Martorell's work often features intricate patterns and textures that add depth and interest to his pieces. Additionally, designers should strive to create work that tells a story and evokes a sense of nostalgia, as Martorell's work often does. Finally, it is essential to experiment with different mediums and techniques to create work that is both captivating and timeless.
Antonio Martorell, Puerto Rican artist, designer, traditional, contemporary, intricate, patterns, textures, storytelling, nostalgia, experimentation
Antonio Gandini
Antonio Gandini is a renowned Italian artist and designer whose works are celebrated for their emotionally charged compositions and unique visual language. He is a master of expressionism, infusing his works with a heightened sense of emotion and drama. His canvases capture the essences of life, exploring the nuances of the human experience and the complexities of the surrounding world. His unique style of expressionist painting is characterized by a vivid palette of colors, expressive brush strokes, and a pronounced sense of movement and energy. His works often explore themes of desire, identity, alienation, and transformation, creating a powerful and evocative visual narrative. In addition to his career as an artist, Gandini is also admired for his innovative designs in various industries, including fashion, interior design, and architecture. He has a creative approach to composition and color, and his ability to capture the essence of life in his works is evident in his designs. His work has been praised for its ability to evoke emotion and create a strong visual impact. Gandini's art has been exhibited in galleries, museums, and institutions worldwide, and his works are considered to be among the most significant contemporary Italian artworks. He has created notable series such as The Fury of Time, The Song of the Sea, and Wings of Freedom, which have been widely praised for their exploration of physical, psychological, and spiritual realms. His works often depict archetypal figures and mythological creatures, creating a powerful and evocative narrative. In summary, Antonio Gandini is a celebrated Italian artist and designer whose emotionally charged compositions and unique visual language have earned him a place among the most significant contemporary Italian artworks. His works explore themes of desire, identity, alienation, and transformation, creating a powerful and evocative visual narrative. Gandini's innovative designs in various industries, including fashion, interior design, and architecture, have also been praised for their ability to evoke emotion and create a strong visual impact.
Italian artist, expressionism, emotional compositions, unique visual language, contemporary art, innovative designs
Antide Janvier
Antide Janvier (1751-1835) was a French horologist, mechanic, and watchmaker renowned for his exceptional contributions to the art of horology during the late 18th and early 19th centuries. Born in Saint-Claude, Jura, France, Janvier demonstrated a remarkable aptitude for mechanics and astronomy from a young age. He began his career as an apprentice to his father, Claude-Étienne Janvier, who was a watchmaker and clockmaker. Janvier quickly surpassed his father's skills and gained recognition for his innovative designs and intricate mechanisms. He is best known for his creation of astronomical clocks, which incorporated complex displays of celestial movements, including the phases of the moon, the positions of the planets, and the apparent motion of the sun. Janvier's masterpieces showcased his deep understanding of astronomy and his ability to translate celestial phenomena into precise mechanical representations. His clocks were not only marvels of engineering but also works of art, often featuring elaborate decorations and finishes. Janvier's reputation as a master horologist earned him commissions from notable figures, including King Louis XVI and Emperor Napoleon Bonaparte. He also collaborated with renowned scientists and mathematicians of his time, such as Pierre-Simon Laplace and Jean-Baptiste Delambre, to further refine his astronomical calculations and improve the accuracy of his timepieces. Janvier's legacy extends beyond his own creations, as he mentored and influenced a generation of watchmakers and clockmakers who carried on his tradition of excellence in horology.
Antide Janvier, French horologist, astronomical clocks, watchmaking, celestial movements, innovative designs
Automation Network Security Impact Analysis
Automation Network Security Impact Analysis is an essential step in the design process of any system that utilizes automated security measures. It allows designers to identify potential risks and weaknesses in their designs and to create solutions that will mitigate those risks. Automation Network Security Impact Analysis also enables designers to identify any areas where additional security measures may be required. By doing so, designers can ensure that their systems are secure and reliable, and that any potential security flaws are addressed. Furthermore, this process can help designers to create a more comprehensive security strategy for their systems, as it allows them to plan for any potential security risks that may arise in the future.
Automation, Network, Security, Impact, Analysis, Design, Risk, Authentication, Intrusion, Detection, Firewall, Configuration, Safety, Integrity, Comprehensive.
Automotive Supplier Innovation Program
Automotive Supplier Innovation Program (ASIP) is a program designed to foster and encourage innovative solutions to the challenges faced by the automotive industry. It aims to provide an open platform for car suppliers, both large and small, to collaborate and innovate with each other. This could range from developing new products and services, to exploring new materials and processes, to streamlining the supply chain. The program encourages cross-sector collaboration between suppliers and other stakeholders, such as Original Equipment Manufacturers (OEMs), research institutions, and non-automotive companies, in order to bring disruptive technologies to the automotive industry. This may result in improved designs, products, processes, and services that can help the industry stay competitive and economically viable.
Automotive, Supplier, Innovation, Program, Industry, OEM, Technology, Materials, Processes, Collaboration, Designs, Products, Services.
Architecture And Design For Wellness
Architecture and Design for Wellness refers to the design of buildings and interior spaces that promote wellness for their occupants. This includes concepts such as natural lighting, good air quality, comfortable indoor temperatures, and the incorporation of nature into design. Architecture and Design for Wellness also involves the creation of spaces that support physical, mental, and emotional health. One important aspect of designing for wellness is understanding the impact of natural light on human health. Natural light can improve mood, regulate the body's circadian rhythm, and even enhance cognitive performance. Therefore, a good example of architecture and design for wellness would include plenty of windows and skylights that allow for the maximum amount of natural light to enter a space. Another important consideration is air quality. Poor air quality can negatively impact health, leading to respiratory problems and allergies. A well-designed building will have a properly ventilated interior, with systems in place to filter out indoor air pollutants. Designing for wellness also involves creating spaces that support physical activity, such as exercise areas and bike-friendly transportation options. Additionally, incorporating natural elements such as plants, green walls, and water features can have a calming effect on the mind and body. In summary, Architecture and Design for Wellness focuses on designing buildings and interior spaces that prioritize the physical, mental, and emotional health of their occupants. This involves considerations such as natural lighting, air quality, physical activity, and nature integration.
Architecture, Design, Wellness, Natural Light, Air Quality
Aerial Converters
Aerial converters, also known as signal converters or TV signal boosters, are electronic devices that are used to improve the quality of television signals received by an antenna. These devices are commonly used in areas where the signal strength is weak or when the signal is being disrupted by interference. Aerial converters work by amplifying the signal received by the antenna, which helps to improve the picture and sound quality of the television. Aerial converters come in a variety of different types, including indoor and outdoor models. Indoor aerial converters are typically small and compact, and are designed to be placed near the television set. Outdoor aerial converters are larger and more powerful, and are designed to be mounted on the roof or on a pole outside the home. Both types of aerial converters can be powered by either an AC adapter or a USB cable. One of the key benefits of using an aerial converter is that it can help to eliminate interference caused by other electronic devices, such as radios or cell phones. This interference can cause the television signal to become distorted or even lost altogether. By using an aerial converter, the signal can be amplified and filtered to remove unwanted interference, resulting in a clearer and more stable picture. In conclusion, aerial converters are essential devices for anyone who relies on an antenna to receive television signals. They are easy to install and can significantly improve the quality of the television signal, making for a more enjoyable viewing experience.
signal converters, TV signal boosters, antenna, amplifying, interference
Alternators
The word “Alternator” has evolved through etymological and morphological development over the centuries. Its origins can be traced back to the late Middle Ages Latin term “alternans”, which meant “interchanging”. In its modern application, the term is used to refer to a device that allows movement, usually driven by an electric motor, reversing its direction periodically. In the context of language, the word “alternator” has morphed and developed over time to include new meanings and connotations, shifting the scope of its application to reference an array of related concepts. Used in modern vernacular, the word “alternator” has taken on a plethora of connotations and denotations, ranging from a source of electrical power to a tool for generating alternating currents. From a linguistic perspective, its pragmatics have been shaped by the evolving contexts of its use, helping to define its semantic field and formulate a range of related connotations.
Etymology, Morphology, Language, Latin, Alternans, Interchanging, Electric, Motor, Pragmatics, Denotations
Award Event Design
Award Event Design is a sub-category of A' Design Awards, which is a globally renowned competition that recognizes the best designs in different categories. It is the world’s most prestigious, largest and most comprehensive design accolade: it is not just another award, but rather a platform that acknowledges and gives appreciation to the best designs and contributors of the design industry. Award Event Design is a special type of event organized by A' Design Award that is designed to celebrate the participants, finalists and winners of the competition. It is a platform where award winners, participants and finalists can meet and network with each other, while celebrating the achievements of everyone who has taken part in the A' Design Awards. Award Event Design unites people from all over the world, and serves as a source of inspiration for the creative community.
Award Event Design, A' Design Award, Design Competition, Creative Community.
Agriculture Contest
Agriculture Contest is a sub-category of the A' Design Awards, which are a global celebration of design excellence. It recognizes the most innovative, creative, and cutting-edge designs from a variety of fields ranging from furniture, to automotive, to architecture. The Agriculture Contest gives recognition to projects that combine technology and creativity to advance the field of agriculture, creating high-quality solutions for enhanced crop production. It celebrates the accomplishments of those who explore new ways to increase the sustainability and viability of agriculture, recognizing the importance of leading-edge solutions in maintaining and improving food production. The awards are judged according to criteria such as aesthetics, functionality, innovation and quality, demonstrating the limits of what can be achieved in the agricultural field.
Agriculture, Contest, A' Design Awards, Sustainability.
Artificial Nail Adhesives
Artificial nail adhesives are substances used to attach artificial nails to natural nails. They are typically made of a combination of chemicals that create a strong bond between the artificial nail and the natural nail. These adhesives come in a variety of forms, including liquid, gel, and powder, and are designed to be used with different types of artificial nails, such as acrylic, gel, or silk. The use of artificial nail adhesives has become increasingly popular in recent years, as more and more people seek to enhance the appearance of their nails. However, it is important to note that the use of these adhesives can pose certain risks if not used properly. For example, if the adhesive is applied incorrectly, it can cause damage to the natural nail, such as lifting or peeling. Additionally, some people may be allergic to the chemicals used in these adhesives, which can cause skin irritation or other allergic reactions. To minimize the risks associated with the use of artificial nail adhesives, it is important to follow the instructions carefully and to use only high-quality products from reputable manufacturers. It is also recommended to avoid using these adhesives on damaged or infected nails, as this can exacerbate the problem. Overall, artificial nail adhesives can be a safe and effective way to enhance the appearance of your nails, as long as they are used properly and with caution.
artificial nails, adhesives, acrylic, gel, silk
Adult Sweaters
Adult sweaters are a type of knitted garment designed to cover the upper body and arms of an adult. They are typically made from wool, cotton, or synthetic fibers, and come in a variety of styles, colors, and patterns. Sweaters are a popular choice for both casual and formal occasions, and can be worn by both men and women. The origins of the sweater can be traced back to the 19th century, when fishermen in the British Isles began wearing knitted woolen garments to keep warm while working at sea. Over time, the sweater became a popular item of clothing among the general population, and today it is worn all over the world. There are many different styles of adult sweaters available, including pullovers, cardigans, turtlenecks, and V-neck sweaters. Some sweaters are designed to be worn as outerwear, while others are intended to be worn as a layering piece under a jacket or coat. Sweaters can be made from a variety of materials, including wool, cotton, cashmere, and synthetic fibers. In addition to their functional purpose of keeping the wearer warm, sweaters are also a popular fashion item. Many designers create unique and stylish sweaters that are worn by celebrities and fashion-conscious individuals. Sweaters can be dressed up or down depending on the occasion, and can be paired with jeans, skirts, or dress pants. Overall, adult sweaters are a versatile and practical garment that can be worn in a variety of settings. Whether you are looking for a casual or formal look, there is a sweater out there for you.
Knitted garment, Wool, Cotton, Synthetic fibers, Fashion
Aerospace Design
Aerospace design is the process of engineering and manufacturing the structures, components, and systems of aircraft and spacecraft. Aerospace engineers use their understanding of aerodynamics, thermodynamics, propulsion, materials, and structures to design vehicles that fly within earth’s atmosphere or beyond. Aerospace design also encompasses the planning of space missions, the development of launch vehicles, and the design of satellites and other spacecraft.
Aeronautics, avionics, propulsion, materials engineering, aerodynamics, structures.
Discover Good Medical Devices and Medical Equipment Design.
The free encyclopedia on good design, art, architecture, creativity, engineering and innovation.
Design+Encyclopedia is a free online encyclopedia, pioneering freedom of speech and freedom of expression in arts, design, architecture, creativity, engineering and innovation, written and maintained by a community of design professionals, architects, artists, creators, innovators and engineers. In Design+Encyclopedia, every individual contribution is cherished, differentiated opinions and distinct ideas are respected and attributed. Anyone can edit and contribute to the Design+Encyclopedia. Become a contributor now and help us expand existing definitions with your own. The Design+Encyclopedia is open to all objective facts as well as highly subjective ideas, opinions and perspectives on everything related to design, art, architecture, creativity, engineering and innovation. Create a free account now to join our community. We have 216.475 Topics and 472.432 Entries and we are looking forward to publish your entries today.