A Note on the Energy Structure Theory and Development for 2D Viscoelasticity
DOI:
https://doi.org/10.24203/ajas.v9i1.6537Keywords:
: Energy Structure Theory; Energy components; Energy structure equation; Energy conservation principle; Irreversibility structure; Statistical physics; ViscoelasticityAbstract
The basis of the Energy Structure Theory can be introduced in references [1-5] presented in 2020. Energy Structure Theory explains some new thermo-physical concepts including energy space, energy structure equation, dependent and independent energy components, irreversibility components, irreversibility structure, etc. Since this theory is presented considering the first and second laws of thermodynamics as well as energy components of the system as the basis of the energy structure equation, this theory can be expanded for a variety of the scientific applications. For example, in this note, we will try to introduce some of these scientific applications in general physics and engineering analysis. Also, using relevant concepts, 2D viscoelasticity problems will be studied. Also, the viscoelasticity and kinematic energy will be calculated for 2D viscoelasticity problems. Energy structure theory let us to study physical processes from the perspective of the componential energy exchange as well as independent and dependent energy component concept introduced by this theory.
References
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Copyright (c) 2021 Saeed Shahsavari, Mehran Moradi, Mehran Moradi, Navid Sayyar, Mehdi Kiani, Afrouz Hajimoradi, Maedeh Kabiri, Hamid Zarei
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