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1 rubberlike material
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2 rubberlike material
резино[каучуко]подобный материал -
3 material
материал; веществоacoustic materialaerostat materialberyllium-based materialbimodulus materialbulletproof materialcabin materialsceramic matrix materialcomposite materialcorrosion-resistant materialcrack-resistant materialcrushing materialdamage tolerant materialdamping materialdirectionally solidified materialductile materialferrite materialferrite-based materialferromagnetic materialfiber-reinforced materialfire-hardened materialfire-retarding materialgear materialgraphite fiber-reinforced materialheat-shield materialhigh-strength materialhigh-temperature materialHookean materialhygroscopic materialiron-containing materiallaminated materiallinear elastic materialliquid crystal materialmatrix materialnonreflective materialorganic matrix materialorthotropic materialphase-change materialpolymer matrix composite materialpre-impregnated materialradar absorbent materialradar-absorbing materialradar-absorptive materialradar-transparent materialrepair surfacing materialrubberlike materialrunway materialsingle mold materialstructural materialthermal protection materialthermoplastic materialtitanium-based materialunidirectionally reinforced materialviscoelastic material -
4 каучукоподобный материал
1) Engineering: caoutchoid, rubber-like material, rubberlike material, rubbery material2) Polymers: rubberlike productУниверсальный русско-английский словарь > каучукоподобный материал
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5 резиноподобный материал
Engineering: rubber-like material, rubberlike materialУниверсальный русско-английский словарь > резиноподобный материал
См. также в других словарях:
drain — 1. To remove fluid from a cavity as it forms, e.g., to d. an abscess. 2. A device, usually in the shape of a tube or wick, for removing fluid as it collects in a cavity, especially a wound cavity. [A. S. drehnian, to draw off] cigarette d. a wick … Medical dictionary
balata — /beuh lah teuh, bal euh teuh/, n. 1. a nonelastic, rubberlike, water resistant gum that softens in hot water and is obtained from the latex of a tropical American tree, Manilkara bidentata: used chiefly in the manufacture of machinery belts, golf … Universalium
Abaqus — is a commercial software package for finite element analysis developed by SIMULIA, a brand of Dassault Systemes S.A.The Abaqus product suite consists of three core products: Abaqus/Standard, Abaqus/Explicit and Abaqus/CAE. Abaqus/Standard is a… … Wikipedia
Ogden — may refer to: Contents 1 People 1.1 Surname 1.2 Given name 1.3 … Wikipedia
Vibram — /vuy breuhm/, Trademark. a brand of lightweight, rubberlike material used for the soles of shoes and boots. * * * … Universalium
vulcanize — v.tr. (also ise) treat (rubber or rubberlike material) with sulphur etc. esp. at a high temperature to increase its strength. Derivatives: vulcanizable adj. vulcanization n. vulcanizer n. Etymology: Vulcan, Roman god of fire and metal working … Useful english dictionary
Vibram — /vuy breuhm/, Trademark. a brand of lightweight, rubberlike material used for the soles of shoes and boots … Useful english dictionary
elasticity — /i la stis i tee, ee la stis /, n. 1. the state or quality of being elastic. 2. flexibility; resilience; adaptability: a statement with a great elasticity of meaning. 3. buoyancy; ability to resist or overcome depression. 4. Physics. the property … Universalium
elastomer — elastomeric /i las teuh mer ik/, adj. /i las teuh meuhr/, n. Chem. an elastic substance occurring naturally, as natural rubber, or produced synthetically, as butyl rubber or neoprene. [1935 40; ELAST(IC) + O + Gk méros a part] * * * ▪ chemical… … Universalium
chemical industry — Introduction complex of processes, operations, and organizations engaged in the manufacture of chemicals and their derivatives. Although the chemical industry may be described simply as the industry that uses chemistry and… … Universalium
Ogden (hyperelastic model) — The Ogden material model is a hyperelastic material model used to describe the non linear stress strain behaviour of complex materials such as rubbers, polymers, and biological tissue. The model was developed by Ray W. Ogden in 1972.[1] The Ogden … Wikipedia