Strain rate and temperature dependent elastic limit of mild steel is investigated by developing a dislocation incipient motion-based proportionality limit stress model. Temperature effect on strain energy of an edge dislocation is modeled by using unified mechanics theory. Unified mechanics theory-based index, called thermodynamic state index, is used to model thermally assisted degradation of strain energy. Kinetic energy due to thermal vibrations is added to the kinetic energy of an accelerating dislocation.
Two Post-Doc Positions are available, Unified Mechanics Theory will be adopted for High Entropy Alloys.
Two Post-doctoral Researchers are sought to work on the H2020-SPACE project ATLAS (Advanced Design of High Entropy Alloys Based Materials for Space Propulsion)
TWO RESEARCH POSITIONS AVAILABLE SOON !!! (Unified Mechanics Theory will be adopted in this research)
Two Post-doctoral Researchers are sought to work on the H2020-SPACE project ATLAS (Advanced Design of High Entropy Alloys Based Materials for Space Propulsion)
Here is a Youtube video link to my recent lecture on the Unification of Newton's Laws and Thermodynamics' Laws at the Thermodynamics 2.0 Conference on June 22-24, 2020.
Recently, I guest-edited a special issue of the journal Entropy on Unified Mechanics Theory and related topics. All published papers are available for free download from the link below.
I thought mechanics community would be interested in my presentation on Unified Mechanics Theory, where I modify Newton's Equations in a succint form to incorporate Thermodynamics into Newtons Laws, which presently they don't have. [is there any proof, ?Yes the new form of the Newton's Laws have been proven experimentally since 1997 and mathematically in 2016}. The Laws of Unified Mechanics are
Being able to accurately predict the life span of physical bodies, both living and non-living, has been one of humankind’s eternal endeavors. Over the last 150 years, many attempts were made to unify the field of Newtonian mechanics and thermodynamics, in order to create a generalized and consistent theory of evolution of life-span.
I highly recommend this paper to any mechanician who is familiar with the scientific efforst in the last 150 years to unify mechanics and thermodynamics. Sosnoskiy and Sherbakov and several others from the Russian Academy of Sciences listed in the Acknowledgemnsts have achieved it. Congratulations.
Sosnovskiy, L. Sherbakov, S.,”Mechanothermodynamic Entropy and Analysis of Damage State of Complex Systems”, Entropy, 2016, 18, 268.
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