Results 271 to 280 of about 48,710 (314)
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1997
The important postulate that intermolecular interactions are independent of extent of deformation leads directly to the conclusion that such interactions cannot contribute to an energy of elastic deformation ΔEel at constant volume. In the earliest theories of rubberlike elasticity, it was additionally assumed that, intramolecular contributions to ΔEel
Burak Erman, James E. Mark
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The important postulate that intermolecular interactions are independent of extent of deformation leads directly to the conclusion that such interactions cannot contribute to an energy of elastic deformation ΔEel at constant volume. In the earliest theories of rubberlike elasticity, it was additionally assumed that, intramolecular contributions to ΔEel
Burak Erman, James E. Mark
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Application of the RBF collocation method to transient coupled thermoelasticity
, 2017Purpose In this study, the authors aim to upgrade their previous developments of the local radial basis function collocation method (LRBFCM) for heat transfer, fluid flow, electromagnetic problems and linear thermoelasticity to dynamic-coupled ...
B. Mavrič, B. Šarler
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Generalized thermoelasticity model of nonlocal strain gradient Timoshenko nanobeams
Archives of Civil and Mechanical Engineering, 2021Xuejie Yue +2 more
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Elasticity and Thermoelasticity
2019In this chapter, the definition and computation of effective properties in the context of linear elasticity are presented. First, the localization problem and the different types of boundary conditions are defined. Then, the definition of the effective elastic fourth-order tensor is introduced.
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1988
S.Klainerman, in [1] proved that for suficiently small nonlinear perturbations of linear dissipative equations and systems like: the wave equation, heat equation, linear isotropic elasticity equations etc., the corresponding solution of the initial-value problem for perturbed equations and system behave asymptotically like the solutions of the initial ...
Adam Piskorek +2 more
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S.Klainerman, in [1] proved that for suficiently small nonlinear perturbations of linear dissipative equations and systems like: the wave equation, heat equation, linear isotropic elasticity equations etc., the corresponding solution of the initial-value problem for perturbed equations and system behave asymptotically like the solutions of the initial ...
Adam Piskorek +2 more
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On the micromorphic thermoelasticity
International Journal of Engineering Science, 2002Abstract The linear dynamic theory of micromorphic thermoelasticity is considered. Following [Rev. Roum. Sci. Technol. Mec. Appl. 34 (1989) 101] we establish a reciprocity relation which involves thermoelastic processes at different instants. Then we show that this relation can be used to obtain a uniqueness theorem and a reciprocal theorem.
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A GENERALIZED DYNAMICAL THEORY OF THERMOELASTICITY
, 1967H. Lord, Y. Shulman
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Thermoelasticity and Mechanical Instabilities
1984The objectives of these lectures are: To suggest that time is ripe to revisit the whole field of the mechanical behavior of materials. This is a field relevant for its engineering and technological applications as well as for its economical implications: but the conventional approach to it turns out to be inadequate to face the complexity of the ...
BOTTANI, CARLO ENRICO, G. caglioti
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Thermoelasticity without energy dissipation
, 1993A. Green, P. Naghdi
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