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Autodesk Inventor Professional for Designers , 17th Edition. Comprehensive textbook consisting of 19 chapters organized in a pedagogical sequence. Detailed explanation of all concepts, techniques, commands, and tools of Autodesk Inventor Professional Tutorial approach to explain the concepts. The first page of every chapter summarizes the topics that are covered in it. Step-by-step instructions that guide the users through the learning process.

More than 54 real-world mechanical engineering designs as tutorials and projects. Additional information throughout the book in the form of notes and tips. Self-Evaluation Test, Review Questions, and Exercises are given at the end of each chapter so that the users can assess their knowledge. Technical support by contacting techsupport cadcim. Evaluation Chapters.

Part Files. Autodesk Inventor View standalone Build Notes About Installation. Installation Requirements. Installation Instructions. Download Location. For this case, you don't need to start with all 8 branches. You could isolate the model so there is only one branch plus the main support.

For adding load and constraint. You want to make sure the main support is fixed so it does not move around. Once you can successfully simulate branch, it should be a scalable process to expand to all branches.

Just a stress analysis where a specific load would be on the canes handle, and maybe a load from the umbrella where it connects to the cane. However, I just need a little help with positioning the force load and other possible forces and constraints. Analyze only the handle by itself the rest is too complex and certain aspects are beyond the capability of Inventor FEA.

Inventor is not indicating Thin Bodies, but given the aspect ratio of the Central Rod, I might override and set Midsurface offset. I planned on doing the stress analysis on the canes handle not the umbrella handle. If you can see in what I posted earlier, I took a screenshot of the design and just need indication where to place features and load forces and contact sets. Okay I see what you mean. Unfortunately, my instructor would not be able to join the thread.

My knowledge on Inventor program isn't above average. However, I tried to do the best I can based on my abilities and prior knowledge. I will change the thread on the hole of the cane as well. I will attach the cane ipt file since that would be the only part that will undergo stress analysis. I have a question as well. I tried to do the stress analysis myself on the canes handle, I inserted about N force load to compensate the quarter weight an average elderly person may be exerting on the cane.

And so with the force load placed on the hump and the edge of the cane handle, should I place a constraint anywhere? If so, where? The process makes me think about how to load and constrain the components. If my hand calculation of the reaction loads does not match the FEA results at the constraints, I've made an error somewhere and I can't trust the FEA until I find the problem.

Anyway, think about both where to apply the load and how the component is restrained in space to resist the load. Those restraints in the real world become your constraints in the FEA.

Also, if you can find a copy of "ISO Tips for assistive products for walking —Requirements and test methods" and "ISO Assistive products for walking manipulated by one arm — Requirements and test methods —" and any related standards, you will find some real-world test requirements for these types of products. I did not have time to look for a standard for the exact type of cane you are modeling, but these standards might give you some additional load cases to use in your FEA.

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