AUTODESK Course Challenge Challenge: Open the supplied dataset, Clomp Assembly.13d, The objective of this course challenge is to complete this partial assembly by designing a linkage for the clamp mechanism An example of this linkage is pictured in red below The following steps/items are required: Design . Use the provided assembly to determine the dimensions necessary for the linkage pin. . Create fully defined sketches . Use any combination of 3D features to create the part. You are encouraged to use feature patterns to simplify repetitive operations. Assemble Insert the pin into the overall assembly and apply appropriate Joints for all components. Configure Joint Limits and Animate them to ensure motion is as expected. Create an exploded view of this assembly in the Animation workspace. Use the exploded view for a drawing with an accompanying Parts List. Create a separate sheet for the designed linkage pin and add appropriate dimensions. Additionally, create and export a render of the fully assembled device. Manufacture . In the Manufacture workspace, define a new tool appropriate for machining the part. . Use 20 Face and 20 Contour toolpaths to remove material in roughing passes. . Create any additional toolpaths needed to finish the part. Use the Simulate tool to verify the operations are working properly Create an NC program and review the resulting G-code to ensure there are no issues. Course Challenge Page 11 Simulation . Create a Static Stress Simulation to determine the maximum stress in the linkage pin. Use Simplify to focus on relevant components. Setup the study by assigning a material of your choice Generate Automatic Contacts for the remaining components in the simulation model. Apply Structural Constraints and define load cases for several scenarios. Solve the simulation and use the Results tools to determine the maximum stress in the pin