Armature is a fundamental concept in the field of sculpture and three-dimensional design, referring to the internal supporting framework or skeleton that provides structure, stability, and form to a sculpture or model. Typically constructed from rigid materials such as metal wire, wood, or plastic, an armature serves as the backbone upon which the sculptor builds and shapes the final artwork. The use of armatures allows artists to create sculptures with greater structural integrity, enabling them to work on larger scales and with a wider range of materials. Armatures also facilitate the creation of poses and gestures that would be difficult or impossible to achieve without internal support. The concept of armature extends beyond the physical realm, as it can also be applied metaphorically to the underlying structure or framework of a design, such as the grid system in graphic design or the wireframe in web design. In these contexts, the armature provides a foundation for organizing and arranging elements, ensuring coherence and stability throughout the design process. The principles of armature, including balance, proportion, and hierarchy, are essential considerations in creating visually compelling and structurally sound designs across various disciplines.
sculpture, framework, support, structure, stability, foundation
CITATION : "John Armstrong. 'Armature.' Design+Encyclopedia. https://design-encyclopedia.com/?E=434225 (Accessed on June 03, 2025)"
An armature is a term that can be applied to various fields, including electrical engineering, linguistics, and construction. In electrical engineering, an armature is a device that converts electrical energy into mechanical energy. It is made up of a cylindrical core of steel laminations that is wound to form an electromagnet. The winding can either be a single layer or a double layer, and the number of turns and cross-sectional area of the wire in the winding determines the armature's torque. Armature reaction is an important concept in the field of electrical engineering, where the armature fields interact with the stator fields, resulting in a voltage drop across the armature circuit. In linguistics, the term armature refers to words that are used to refer to a particular function or set of functions in a language. These words are often seen as the core of a linguistic system, as they are used in various contexts and in different languages. Synonyms for this term can include architecture, base, foundation, framework, inventory, lexicon, paradigm, pattern, structure, system, and template. In construction, an armature is a structure or framework that supports or contains something. It can refer to the internal support structure of a building or the framework for a machine. Synonyms of this word include support, frame, skeleton, structure, and scaffolding. Overall, the term armature is a versatile term that can be applied to various fields. From electrical engineering to linguistics to construction, the term armature has different meanings and applications. However, the common thread between these different definitions is the idea of a core structure or framework that supports or contains something.
electrical engineering, linguistics, construction, electromagnet, torque, armature reaction, language, framework, support, structure
The word Armature is a noun that refers to a structure or framework supporting or containing something. Synonyms of this word include support, frame, skeleton, structure, scaffolding. Antonyms include collapse, failure, ruin, weaken, and decay. Cognates of this word include Latin armātūra and Old French armaḇlure. Variants of the word include armature, armatured, armaturing, and armatures.
Etymology Morphology Word Origin Lexicography Descriptive Analysis Vocabulary Semantics
The word “Armature” has a dual linguistic origin, both in French and Latin languages. ‘Armature’ is derived from the French ‘Armatur’ and Latin ‘Armatura’. Historically, and etymologically speaking, ‘Armatur’ has its roots in Old High German ‘Armaz’ and Germanic ‘Arma’, whereas Latin ‘Armatura’ is derived from ‘Armāre’. Morphologically, the word ‘armature’ has evolved to encompass a range of related meanings, such as a structures featuring a frame, an internal support structure, and a framework for a machine. The word is frequently used in an electrical engineering context, denoting a winding device consisting of insulated wire wound around an armature core and designed to create a magnetic field. Pragmatically speaking, the word is often utilized in a constructive context, and can be traced back to its 19th century usage, when it was primarily used to refer to frames or structures.
Etymology, Morphology, Word Origin, Latinate, Germanic, Pragmatics, Armature Core, Armature Winding.
In linguistics, the term armature is an umbrella term used to describe words used to refer to a particular function or set of functions in a language. Such words are often seen as the core of a linguistic system, as they are used in various contexts and in different languages. Synonyms for this term can include architecture, base, base structure, foundation, framework, grid, inventory, lexicon, paradigm, pattern, structure, system, and template.
Vocabulary, lexemes, lexicons, lexis, items, forms, morphemes, morphemic structures, conceptualizations, classes, lexical items, lexical sets, lexicalizations, lexical collocations, lexical arrangements, linguistic elements, terms, expressions, words, uni
An armature, in the context of electrical engineering, is a device used to convert electrical energy into mechanical energy. It consists of a cylindrical core of steel laminations that is wound to form an electromagnet. The winding can either be a single layer, known as a lap winding, or a double layer, known as a wave winding. When a current passes through the winding, the armature creates a magnetic field that interacts with a stator to produce torque and motion. The number of turns and cross-sectional area of the wire in the winding determines the armature's torque. Armature reaction is a phenomenon where the armature fields interact with the stator fields, resulting in a voltage drop across the armature circuit. This phenomenon has been studied extensively and is an important concept in the field of electrical engineering. Important works on armature include Armature Reaction by J.J. Thomson, Magnetic Armature and Electrical Armature by Alfred P. Southwell, and Armature Windings by H.A. Smith.
Armature, electrical engineering, electromagnet, laminations, torque, stator, winding, reaction.
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