The relationship of convective heat transfer intensity between internal fields in the fluid and applied external fields is derived according to the linear phenomenological relations of thermodynamic forces and fluxs.

The linear phenomenological relations in the atmospheric boundary layer are proved indirectly using observational facts to combine linear thermodynamic theory and similarity theory in the boundary layer.

Model of constitutive relationship for 2D70 aluminum alloy based on BP neural network;

Establishment of constitutive relationship for Co40NiCrMo alloy;

Method for establishment of constitutive relationship based on microstructural evolution;

A Study on Constitutive Equations for Boron Microalloyed Steel at High Temperature;

A Constitutive Equation and a Model of the Initiation Strain of Dynamic Recrystallization of 22Cr13Ni5Mn Steel;

Study of temperature and mechanical properties and constitutive equation for modified BMI/DPA and CTBN toughened epoxy;

Creating constitutive model of diatomaceous soft rock using parallel genetic algorithm;

In the paper,the constitutive models of ferromagnetic shape memory alloy are studied mainly.

Account with volumetric and deviatoric response respectively for rubber like materials, an applied constitutive model has been described.