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Simulation of Long Piston with Cam using ANSYS Workbench

In this project, you will learn how Transient Structural Analysis system works in ANSYS workbench and setup the case for Long Piston and Cam. Here, you will determine how the rigid part behaves, the effects of friction on the motion and the stress generated due to this change in friction.

  • Mechanical Engineering

duration
Duration :

1 month

projectfees
Project Fees :

INR 12,000

Benefits of this Project

In this project, you will learn how Transient Structural Analysis system works in ANSYS workbench and setup the case for Long Piston and Cam. Here, you will determine how the rigid part behaves, the effects of friction on the motion and the stress generated due to this change in friction.

What will you do in this project?

Step 1 - Importing Geometry

Step 2 - Contacts and Mesh Generation

Step 3 - Apply Boundary Conditions and Run the Simulation

Step 4 - Post Processing the Results

In this project, you will work on a long piston and cam and determine the effect of friction on the work-piece. You will do the following in this project,

  • You will import the given CAD model into Ansys workbench and fix the CAD if there are any issues

  • Assign proper materials to the bodies and generate mesh to the work-piece and the tool.

  • Assign proper boundary conditions to the model and run the simulation
  • Requesting and post-processing the results.

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Showing 1 of 3 projects

Project Highlights

The project is an beginner level project

Pre-requisites

Work with Multiple Tools

showcase

Simulation of Long Piston with Cam using ANSYS Workbench

In this project, you will learn about the Transient Structural Analysis system available in ANSYS Workbench and set up the case of Long piston with cam. The given CAD model is imported and checked for any geometry issues. The appropriate materials are assigned to the parts and the required parts are made rigid. Based on the motion, contacts and joints are defined and the whole model is meshed. The boundary conditions required are employed and the model is simulated for various friction values. Appropriate number of steps with appropriate time step values are inputted and the simulation is carried. You will extract the results for both the piston and cam and compare the results between them. You will generate a report for all your findings.