Knowledge Manager, CFX, FLUENT, HFSS and anyĪnd all ANSYS, Inc. Unauthorized use,ĭistribution or duplication is prohibited.ĪNSYS, ANSYS Workbench, Ansoft, AUTODYN, EKM, Engineering Material ParametersĬanonsburg, PA 15317 ANSYS, Inc. Material Models for Coupled Applications1.5. Material Models for Electromagnetic Applications1.4.
Material Models for Temperature Applications1.3. Material Models for Displacement Applications1.2. The models are grouped based on the degrees of freedom that, directly or indirectly,give the loading function that serves as the input for the material model.The following related introductory topics are available:1.1. Material models (also called constitutive models), are the mathematical representation of a material'sresponse to an applied load.Typical model classes include the relationships between stress-strain, heat flux-temperature gradient,voltage-strain, and current-voltage, but also include more general behaviors such as friction andbonding, and response due to changes in the physical environment such as thermal expansion andswelling.This reference provides information about material model behavior and application, including detailsabout the load-response relationship and the necessary information required to use the material modelsin an analysis.
