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| Name | Ansys Mechanical discussion 4: Deciphering different type of support condition in FEA |
| Video Uploader | Video From Acquire knowledge |
| Upload Date | This Video Uploaded At 18-01-2023 13:37:17 |
| Video Discription | Finite Element Analysis (FEA) is a powerful computational method used to analyze and solve problems involving the behavior of solid objects. One of the key components of FEA is the use of "support conditions," which are used to define how the object being analyzed is held in place or constrained. Support conditions can take many forms depending on the problem being analyzed. For example, in a structural analysis of a building, support conditions might be used to define how the building's foundation is anchored to the ground. In a mechanical analysis of a machine component, support conditions might be used to define how the component is connected to other parts of the machine. Support conditions play a crucial role in FEA because they determine how the object being analyzed will respond to various loads and forces. For example, if an object is not properly supported, it may experience excessive deformation or failure under certain loads. On the other hand, if an object is over-constrained, it may not be able to move or rotate as needed. There are two main types of support conditions: "fixed" and "free." Fixed support conditions are used to define points on the object where no movement or rotation is allowed. Free support conditions, on the other hand, allow for movement or rotation in certain directions. The choice of support conditions will depend on the specific problem being analyzed and the desired outcome. It's also important to note that in some cases, the analysis will require to include a combination of both fixed and free support conditions to obtain a realistic response of the object. Overall, support conditions are a critical aspect of FEA and are used to define how the object being analyzed is held in place or constrained. Properly defining support conditions is essential for obtaining accurate and reliable results from FEA. Links to refer 1: https://www.youtube.com/watch?v=H5TnGWFS05U 2: Structural Boundary Conditions for Stress Analysis using Ansys Mechanical https://courses.ansys.com/index.php/courses/structural-boundary-conditions/ 3: Types of Supports in Structural Analysis https://www.youtube.com/watch?v=yiBn0iaV4z0 Ansys tutorials Ansys FEA Ansys simulation Ansys structural analysis Ansys mechanical Ansys tutorial for beginners Ansys simulation software Ansys tips and tricks Ansys tutorial video Ansys mechanical tutorial Ansys FEA tutorial Ansys structural analysis tutorial Ansys tutorial for mechanical engineers Ansys simulation training Ansys simulation tips Ansys tutorial for students Ansys tutorial for engineers Ansys simulation examples |
| Category | Science & Technology |
| Tags | Dirichlet boundary condition | Robin boundary condition | Essential boundary condition | Displacement boundary condition | Elastic boundary condition | Inelastic boundary condition | Linear boundary condition | Nonlinear boundary condition | Static boundary condition | Dynamic boundary condition | Time-dependent boundary condition | Transient boundary condition | Symmetry boundary condition | Clamped boundary condition | Fixed boundary condition | Roller boundary condition |
