Guided industry project
Modelling of an Automotive seat structure with connections by using ANSA
You will be provided with an CAD model of an Automotive seat structure. Modeling of the same assembly will be done by extracting mid surface by Manual and Automatic methods and meshing the whole component by achieving all the mentioned quality criteria parameters. Connections will be deployed in order to prepare model for NVH analysis.
- Duration
- 1 month
- Fee
- ₹30,000
- For
- Basic knowledge of FEA and Structural Analysis, Basic idea on types of connections
What will you do in this project?
In this project, you will work with an Automotive seat structure. You will learn the following Topics in this project
- Geometry cleanup and geometry check for provided CAD
- Thickness measurement at various parts and decide the type of the component
- Mid surfacing by manual and automatic methods
- Meshing the Mid surface with provided Quality Criteria
- Solving the failed elements by using Mesh improvement tools
- Deploying particular Connection by manual and automatic methods
- Assigning thickness to shell elements and realizing connections
Benefits of this Project
You will be provided with an CAD model of an Automotive seat structure. Modeling of the same assembly will be done by extracting mid surface by Manual and Automatic methods and meshing the whole component by achieving all the mentioned quality criteria parameters. Connections will be deployed in order to prepare model for NVH analysis.The project is an advanced level project
- This project is useful for Undergraduate as well as Post graduate students.
- If you are a working professional, this project will be helpful to learn Pre-processing for NVH Analysis.
,
- You will need ANSA 19.1.4 to work on this project.
- You will be working with NASTRAN solver deck to deploy the connections.
- Please note that software will not be provided for this project.
Pre-requisites
- Must be comfortable with ANSA.
- Need basic background in CAE and FEA.
Software
- ANSA 19.1.4 will be used to work on this project
MechanicalProductionFEAAutomotive
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