Table 2 Types, physical meanings, and values of the model parameters.

From: A thermodynamic based constitutive model considering the mutual influence of multiple physical fields

Type of parameter

Parameter

Physical meaning

Value

Temperature field parameters

\(\xi\)

The coefficient of influence of temperature field on temperature thermodynamic force

−0.212

k

The coefficient of influence of temperature field on the amplitude of isotropic hardening thermodynamic force oscillation

\(1.24 \times {10^{ - 3}}\)

\(\theta\)

The coefficient of influence of temperature field on the frequency of isotropic hardening thermodynamic force oscillation

3847.65

\(\bar{k}\)

The stress oscillation coefficient of the reference state

0.074

Strain rate field parameters

\(\zeta\)

The coefficient of influence of strain rate field on strain rate thermodynamic forces

12.313

Coupling parameters of temperature field and strain rate field

\({\tilde{m}}\)

The influence coefficient generated by the coupling effect of the temperature field and strain rate field

−0.301