Thermoelastic Constitutive Equations for Chemically Hardening Materials
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Thermoelastic constitutive equations are derived for a material undergoing solidification or hardening as the result of a chemical reaction. The derivation is based upon a two component model whose composition is determined by the degree of hardening, and makes use of strain-energy considerations. Constitutive equations take the form of stress rate-strain rate relations, in which the coefficients are time-dependent functions of the composition. Specific results are developed for the case of a material of constant bulk modulus which undergoes a transition from an initial liquidlike state into an isotropic elastic solid. Potential applications are discussed.
1988 ◽
Vol 26
(11)
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pp. 2457-2485
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1996 ◽
Vol 169
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pp. 713-714
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2019 ◽
Vol 29
(2)
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pp. 273-279
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