Numerical simulation of forced bending deformation of temperature-controlled materials based on differential equation model

Abstract

This paper established the temperature differential model of temperature-controlled materials, performed the numerical simulation of the relationship between mechanical properties and temperature of temperature-controlled materials, and discussed the stress-strain relationship of temperature-controlled materials at different temperatures. The final stimulation experiment showed that temperature-controlled materials have the advantages of large energy storage density, approximately constant temperature and compact structure during phase change. The results of this paper provide a certain reference for the further researches on the numerical simulation of forced bending deformation of temperature-controlled materials based on the differential equation model.

Keywords

• Temperature-controlled materials
• Differential equation model
• Forced bending deformation
• Numerical simulation