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This tutorial is for a steady-state heat transfer problem. Creating Geometry and Meshing 1. Creating a rectangular box with 2:1 ratio size. Click the Create panel and the box. Apply dimensions (Width = 0.1, Height = 0.05, Depth = 0.01) 2. Click Mesh and applying parameters (Nx = 20, Ny =10, Nz =1). Applying Materials 1. Click Materials/Add Material. 2. Select heat transfer for Category and isotr..

The model for this tutorial is using a beam bending case. The loading for the beam bending has two steps: the first step is applying a static load and the second step is releasing the load of the first step. The results will show the dynamic response of the beam after releasing the applied static load. Creating a geometry Click Create and select the Box in the Build panel. Defining the parameter..

The model for this tutorial is the unconfined compression of a porous biphasic material. An axial direction prescribed displacement is applied to a cylinder model. The displacement is held constant after loading and the interstitial fluid flow through boundaries induce the material relaxes in the radial direction. Creating the geometry Creating a cylinder (radius 1 and height 1). Meshing with th..

Tutorial 4 is a compression test of a deformable box with 2 rigid plates. The rigid plates are contacting the deformable body without friction on both sides. This problem can be simplified as a quarter model using symmetry boundary conditions due to the symmetry of the model. The assumption of plane strain condition is applied. Creating the geometry 1. Create a box in the Create panel. Click Box..

The model has two boxes. The box on the left side is a deformable body and the box on the right side is a rigid body. They will be connected together. Creating geometries. Creating the first box from the Create panel. Click the Box icon and assign position (0, 0, 0) and parameters (4, 1, 1). Creating the second box. Click the Box icon and assign position (2.5, 0, 0) and parameters (1, 1, 1). The..