ANSYS塑性.ppt

* * * * * * * This workshop presents an exercise for defining a typical bilinear kinematic hardening metal plasticity model in ANSYS. At this point it might be a good idea to stop the presentation and go thru this exercise as it relates to the material covered thus far. Alternatively, you can continue with this presentation and defer the workshop to the end of the lecture. * * * * * * * * This workshop presents an exercise for defining a typical multi-linear kinematic hardening metal plasticity model in ANSYS. At this point it might be a good idea to stop the presentation and go thru this exercise as it relates to the material covered thus far. Alternatively, you can continue with this presentation and defer the workshop to the end of the lecture. * * * * * * * * * This workshop presents an exercise for performing a “spring-back” analysis of a nonlinear plasticity model undergoing an applied displacements At this point it might be a good idea to stop the presentation and go thru this exercise as it relates to the material covered thus far. Alternatively, you can continue with this presentation and defer the workshop to the end of the lecture. * * * This workshop is a continuation of the previous exercise and is intended to ilustrate common post processing tools available for a comprehensive evaluation on nonlinear material results. At this point it might be a good idea to stop the presentation and go thru this exercise as it relates to the material covered thus far. Alternatively, you can continue with this presentation and defer the workshop to the end of the lecture. * THIS SLIDE FOR WEBEX PRESENTATION ONLY This completes Chapter 5, Basic Plasticity, of the Basic Structural Nonlinearities WEBEx Series. The following are all the optional workshops designed to provide practical applications of the material presented in this chapter. If you have been going thru the workshops as they were presented in the chapter, there is only one additional exercise, W5D, wh