Flexible macroscopic models for dense-fluid shockwaves: partitioning heat and work; delaying stress and heat flux; two-temperature thermal relaxation Flexible macroscopic models for dense-fluid shockwaves: partitioning h - Thermal conduction - Document - PDFSEARCH.IO

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	Flexible macroscopic models for dense-fluid shockwaves: partitioning heat and work; delaying stress and heat flux; two-temperature thermal relaxation Flexible macroscopic models for dense-fluid shockwaves: partitioning h Add to Reading List Document Date: 2011-01-29 14:55:08 Open Document File Size: 1,47 MB Share Result on Facebook / IndustryTerm overall internal energy change / sample solutions / dilute gas / gas particles / thermal energy / typical solutions / iterative solution / gas-phase description / kinetic energy / equilibrated gas / analytic solution / internal energy density / energy to/from / appealing solution / energy change / macroscopic longitudinal kinetic energy / numerical solutions / internal energy / energy / / Organization International Summer School / / Person Carol G. Hoover Francisco Uribe / / Technology heat transfer / thermodynamics / simulation / averaging algorithm / / SocialTag Heat conduction Physical quantities Thermodynamics Chemical properties Viscosity Constitutive equation Thermal conductivity Non-equilibrium thermodynamics Relaxation Physics

Flexible macroscopic models for dense-fluid shockwaves: partitioning heat and work; delaying stress and heat flux; two-temperature thermal relaxation Flexible macroscopic models for dense-fluid shockwaves: partitioning hAdd to Reading List