SIMULIA How-to Tutorial for Abaqus | Heat Transfer Analysis

This Abaqus video shows creating a steady state step, assigning heat flux loads, defining convection and radiation, and visualizing the results such as nodal temperature. *New Topics Covered in this Tutorial* Model/Preprocessing - Create a steady state or transient heat transfer step - Assign heat flux loads and constant temperature boundary conditions - Use interactions to define convection and radiation heat loss mechanisms - Modify model attributes to define the Stefan-Boltzmann constant and absolute zero of temperature scale Results/Post Processing - Display nodal temperatures as a color contour Ising the mend and the “Field Output” toolbar - Use the “Views” toolbar to orient the viewpoint display and save custom views Abaqus CAE Interface - Dock and undock toolbars in Abaqus --------- CHAPTERS 00:00 - Overview 03:05 - Part 1, Create a Steady State and Assign Heat Flux Loads, Temperature Boundary Conditions 13:11 - Part 2, Use Interactions to Define Convection and Radiation, Post-Processing ================================= Join the SIMULIA Community: Create a profile, explore the platform, collaborate with peers, ask technical questions to Dassault Systèmes experts and uncover new possibilities. It's free to join and access is instant! https://www.3ds.com/products/simulia/user-communities ================================= Follow SIMULIA: https://www.linkedin.com/showcase/simulia https://www.facebook.com/3DSSIMULIA/ https://www.instagram.com/3ds_simulia ================================= Learn more: SIMULIA Website: https://www.3ds.com/products/simulia Blog: https://blog.3ds.com/brands/simulia/