Icon of the active workbench E. Filename and extension of current document D. CATIA V5R16 Fundamentals User Interface Below is the layout of the elements of the standard CATIA application.
Tuto Catia V5 How To Make A
Is very important to apply a material because without this you can`t run the simulation.A very important thing that you must know is to find the Proprieties of a material. Now you should apply a material, in my case Steel. What is Catia V5 CAD Software1.The first step is to Open or Create the part that you want to be simulated.2. Teamcenter Visualization software enables.File Type PDF Catia V5 Manual Part Design 44 CATIA V5 - Basic Part design tutorial with audio Catia V5 Rim Golf 6 ( part design , wireframe and surface design ) CATIA V5 Tutorial - Surface Modeling - Rendering - Design Plastic Bottle Catia V5 tutorial Part Design Simple Nut Must Watch CATIA V5 Practice for Page 7/39This tutorial was created using ANSYS 7.0 The purpose of this tutorial is to create and use. It is simple now to find the limit of materials and how to make a part without resistance problems.Support of new CAD formats: Catia V5 V56R2018, NX 12, Creo 5. Geometry area A C E F B H G D GeneralA short tutorial about how to use the principal steps in CATIA Analysis and simulation -> General Structural Analysis module.
Now you can see the appearance of an icon close to the part that reflects a representative “size” and “sag”. Open the CATIA Analysis and simulation -> General Structural Analysis module from Start Menu and select Static Analysis and click OK.4. Proprieties of a material3.
A smaller “sag” value could lead to better results. The “sag” terminology is unique to CATIA. The explanation of these elements is: a smaller element size lead to more accurate results at the expense of a larger computation time.
Select The Distributed Force icon, and with the cursor pick the face that you want to be loaded. The Loads toolbar is used for this purpose. The Clamp conditions mean that the displacements in all three directions are zero.In my case I use the Clamp for below face of part.In FEA, loads refer to forces. This can be carried out by pointing the cursor to the top of the three, the Links Manager.1 branch, right-click, select Show.In FEA, restrains refer to applying displacement boundary condition which is achieved through the Restraint toolbar. Therefore, before boundary conditions are applied, the part must be brought to the unhide mode. As soon as you enter the Generative Structural Analysis workbench, the part is automatically hidden.
The resulting deformed shape is displayed below. Tip: if the estimates are zero in the listing, then there is a problem in the previous step and should be looked into.The main postprocessing toolbar is called Image.To view the deformed shape you have to use the Deformation icon. In the Compute box leave the defaults as All which means everything is computed. My Distributed force is -100 N.To run the analysis, you need to use the Compute toolbar by selecting the Compute icon. In my case, because the front face is not in total contact with my force, I made in Part Design module a simple Pad, with 10 mm larger than the hole with only 0.001 mm thickness (to not influence the main part).
When you want to save Part and Analyze you should use Save management. Von Mises StressIn conclusion, my part is ready to be used without any problem.9. The maximum stress is 4.35E+7 N_m2 which is below the yield strength of most steels (see Proprieties of a material image table). The von Misses stress is displayed to the right. DisplacementVon Mises Stress is also on Image toolbar.
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