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Stress Analysis on Spur Gear Using Ansys
🔩 Project Title: Stress Analysis on Spur Gear Using ANSYS
 
📘 Project Description:
Spur gears are fundamental components in mechanical power transmission systems and are widely used across various machinery. This project focuses on analyzing the contact stress and deformation behavior of spur gears under operational loads using ANSYS simulation software.
 
In this analysis, a pair of spur gears—used in a footstep power generation mechanism—are subjected to a torque load of 50 Nm. The simulation replicates realistic boundary conditions: one gear is fixed, while torque is applied to the mating gear using a frictionless support. A high-density mesh ensures accurate stress distribution analysis.
The material selected for the gears is Mild Steel, and the simulation results show a Factor of Safety (FoS) of 2.01, indicating the design is safe for the specified load conditions. This validates the gear pair's efficiency and durability for low-speed, high-load applications such as footstep energy harvesting systems.
 
🛠️ Tools & Software Used:
  • ANSYS Workbench (Static Structural Analysis)
  • SolidWorks/CATIA (Gear Modeling – optional)
 
📂 Deliverables:
  • 3D CAD Models of Spur Gears (in STEP/SolidWorks format)
  • ANSYS Project Files (.wbpz)
  • Simulation Report (PDF with stress, deformation, and FoS results)
  • PPT Presentation (for academic or client delivery)
  • Video Walkthrough (optional, if needed)
 
🎓 Ideal For:
  • Final Year Mechanical Engineering Students
  • Industrial Training Projects
  • Engineering Design Validation Practice
  • Projects involving Renewable or Micro Power Systems
 
💡 Learning Outcomes:
  • Gear Design Fundamentals
  • Static Structural Analysis in ANSYS
  • Mesh Refinement Techniques
  • Interpreting Simulation Results for Design Decisions

Stress Analysis on Spur Gear Using Ansys

₹2,500.00Price
Quantity

    • 3D CAD Models of Spur Gears (in STEP/SolidWorks format)

    • ANSYS Project Files (.wbpz)

    • Simulation Report (PDF with stress, deformation, and FoS results)

    • PPT Presentation (for academic or client delivery)

    • Video Walkthrough (optional, if needed)

  • All sales are final. Due to the digital and downloadable nature of our products, we do not offer refunds, returns, or exchanges under any circumstances once the product has been delivered or accessed.

    By completing a purchase, you agree to the following:

    • You understand the nature of the product (as described on the project page).

    • You acknowledge that the product is non-returnable and non-refundable.

    • You confirm that you have reviewed the system/software requirements needed to use the files.

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