Aim: The aim of the challenge is to generate FEA mesh on the car hood model.   Objective: Analyze the CAD model for any geometry errors. If present, then correct it. Extract mid-surface from each component. Fix up some local geometry areas for better mesh flow. Apply the element quality criteria and generate mesh…

Aim: The aim of the challenge is to generate an FEA mesh of a plastic bottle cap.   Objective: Analyze the CAD model for any geometry errors. If present, then correct it. Extract mid-surface from each component and fix up some local geometry areas for better mesh flow Assign proper thickness to newly created mid-surfaces.…

Aim: The aim of the challenge is to generate a 3D Solid FEA mesh for a rearview mirror.   Objective: Analyze the CAD model for any geometry errors. If present, then correct it. Generate 2D Ortho-TRIA & TRIA mesh on the surface of each component. Define the volume of each component and deploy UNSTRUCTURED TETRAHEDRAL…

Tool test-2 Solid meshing

Aim: The aim of the challenge is to deploy connections to the given Rear Door FEA model.   Objective: Analyze the FEA model and apply Property ID to each individual component. Add appropriate connections were needed in the FEA model.    Types of connections. The different types of connections we will be…

Aim: The aim of this challenge is to understand the fundamental concept of MORPHING in ANSA.   Objective: A brief explanation about morphing. Apply Morphing techniques to move some features on a plastic component. Apply Morphing techniques to move some features on a sheet-metal component.    Morphing  Morphing…

Aim: The aim of this project is to generate an FEA model of a given Instrument Panel Substrate   Objective: Analyze the CAD model for any geometry errors. If present, then correct it. Extract mid-surface and deploy 2D mesh using the CASTING command. Use ALIGN MANAGER command to regenerate failing features. Draw shell…

Aim: The aim of this project is to generate an FEA model of a given suspension Assembly.   Objective: Analyze the CAD model for any geometry errors. If present, then correct it. And assign separate properties to each component. Extract mid-surface and deploy 2D mesh on components with a thickness less than or equal…

Aim: The aim of the challenge is to understand how 1D elements are created and connected in HyperWorks.   Objective: For this challenge, we have 3 tasks. Using the given model extract mid-surface using HyperWorks. Generate a 2D mesh on the mid-surface. Create various 1D elements with a given cross-section and DOF…