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Heat and mass transfer under non-stationary external influence. [PDF]
Sci RepPogorelov A, Karnaukhov IN.
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Beyond static paradigms: defect dynamic evolution and advanced applications in water electrolysis. [PDF]
Chem SciWang X +7 more
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Photoinduced Cross-Metal Charge Transfer over Dual-Atom Z‑Scheme Catalysts Governing Cooperative Urea Synthesis from CO<sub>2</sub> and N<sub>2</sub>. [PDF]
JACS AuLin CB +5 more
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Continuum Mechanics and Thermodynamics, 1999
This work is devoted to the generalizations of Mohr-Coulomb approach to the modeling of granular materials, based on hypoelastic and hypoplastic theories. The formulations and analyses of such models are given from a phenomenological-thermodynamic point of view, in the context of Müller-Liu entropy principle.
Bob Svendsen, K Hutter, Lyesse Laloui
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This work is devoted to the generalizations of Mohr-Coulomb approach to the modeling of granular materials, based on hypoelastic and hypoplastic theories. The formulations and analyses of such models are given from a phenomenological-thermodynamic point of view, in the context of Müller-Liu entropy principle.
Bob Svendsen, K Hutter, Lyesse Laloui
exaly +3 more sources
Modelling the thermodynamic growth of sea ice: insights from quasi-static models
2023The thermodynamic growth of sea ice is governed by heat transfer through the ice together with appropriate boundary conditions at the interfaces with the atmosphere and ocean. Several different representations of this process have been used in climate modelling, including the simplest zero-layer models (Semtner, 1976) and more complex partial ...
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Acta Mechanica Solida Sinica, 2011
Hybrid molecule/cluster statistical thermodynamics (HMCST) method is an efficient tool to simulate nano-scale systems under quasi-static loading at finite temperature. In this paper, a self-adaptive algorithm is developed for this method. Explicit refinement criterion based on the gradient of slip shear deformation and a switching criterion based on ...
Hao Tan +4 more
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Hybrid molecule/cluster statistical thermodynamics (HMCST) method is an efficient tool to simulate nano-scale systems under quasi-static loading at finite temperature. In this paper, a self-adaptive algorithm is developed for this method. Explicit refinement criterion based on the gradient of slip shear deformation and a switching criterion based on ...
Hao Tan +4 more
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Thermodynamics of an Irreversible Quasi-Static Process
American Journal of Physics, 1960Quasi-static processes are not reversible when sliding friction forces are present. An example is considered consisting of a cylinder containing a gas and equipped with a piston for which sliding friction forces are significant. It is assumed that the frictional force may be a function of temperature, displacement, and direction of motion.
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2002
The deformation of a granular heap under the presence of external forces may be described by constitutive relations known as hypoplastic material equations. They describe internal frictional behaviour but ignore abrasion due to interparticle rubbing which is reported to be partly responsible for the formation of localized shear bands and associated ...
Nina P. Kirchner, Kolumban Hutter
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The deformation of a granular heap under the presence of external forces may be described by constitutive relations known as hypoplastic material equations. They describe internal frictional behaviour but ignore abrasion due to interparticle rubbing which is reported to be partly responsible for the formation of localized shear bands and associated ...
Nina P. Kirchner, Kolumban Hutter
openaire +1 more source