Solid Edge

Create a 3D model of the bracket using Solid Edge's CAD tools.

Apply material properties and boundary conditions.

Run a structural simulation to analyze stress and displacement.

Optimize the design based on the simulation results.

Generate manufacturing drawings for production.

Create a 3D model of the heat sink.

Define thermal boundary conditions and material properties.

Run a thermal simulation to analyze temperature distribution.

Use generative design to explore alternative heat sink geometries.

Select the optimized design based on thermal performance and weight.

Scan the physical part using a 3D scanner.

Import the scan data into Solid Edge.

Use reverse engineering tools to create a surface model.

Convert the surface model into a solid model.

Refine the model to match the original part.

Create a 3D model of the welded assembly.

Define the welding parameters and sequence.

Run a welding simulation to analyze stress and distortion.

Adjust the welding parameters to minimize distortion.

Generate a report with the simulation results.

Import the part model into Solid Edge.

Design the fixture around the part, ensuring proper support and clamping.

Simulate the machining process to verify fixture stability and clearance.

Generate manufacturing drawings for the fixture components.

Fabricate and assemble the fixture.