Thermo-Mechanical and Mdchano-Thermal Effects in Liquids Explained by means of the Dual Model of Liquids

Abstract

We pursue to illustrate the capabilities of the Dual Model of Liquids showing that it may explain crossed effects notable in Non-Equilibrium Thermodynamics. The aim of the paper is to demonstrate that the DML may correctly model the thermodiffusion, in particular getting formal expressions for positive and negative Soret coefficient, and another unexpected mechano-thermal effect recently discovered in liquids submitted to shear strain, for which the first-ever theoretical interpretation is provided.

References in corpus (9)

• Gapped momentum states
• Forces Induced by Non-Equilibrium Fluctuations: The Soret-Casimir Effect
• Universal $L^{-3}$ finite-size effects in the viscoelasticity of confined amorphous systems
• Unexpected thermo-elastic effects in liquid glycerol by mechanical deformation
• Strain-Induced Violation of Temperature Uniformity in Mesoscale Liquids
• On the microscopic origin of Soret coefficient minima in liquid mixtures
• How does heat propagate in Liquids?
• Mesoscopic Collective Dynamics in Liquids and the Dual Model
• Thermal Shear Waves induced in Mesoscopic Liquids at Low Frequency Mechanical Deformation

Cited by in corpus (1)

• The Viscosity of Liquids in the Dual Model