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Found 29 results

  1. Hello, i am a graduate student in ITU Aeronautical Engineering(IDP). i am preparing my thesis. The issue of my Thesis is Flexible multibody analysis of a Landing Gear of a Training Plane. When i analysed the system, i need to compare the results with real test datas. i couldnt achive tests, because of time constraints and very expensive. i think that the closest results can be explicit dynmaic analysis. when i arrenged the explicit dynmaics model and run. i saw there arent any correlation between flex mbd and exp. dynamics anylsis in the same boundry conditions. Can you help me to solve this problem. i asked this question to turkish distrubuter, they get rid of me because of thier job jam. Unfortunately my deadline is very strict, i have to deliver the thesis as soon as possible. My all datas ar in the link below. The model, solved files and the video files. in this problem when the plane landed, the oleo strut make displacement 160mm. During this action observing stresses on the structure, and the 434 steel's compitability for this work. i will be happy for helping me. Thanks for everything. Best Regards. Yours sincerely.
  2. Hi everybody, in my model a rectangular panel is deployed rotating on a hinge actuated by a torsional spring. At a definite angle I would like to have the panel latched. What is the best possible way to model such a mechanism? Thank you!
  3. How to give rpm to flywheel in motion view and how to give value to rpm?i have created joints, now i want to give 300 rpm to flywheel.
  4. I have been carrying out the analysis on the full vehicle and have changed the hard points, mass, spring, moment of inertia (taken from Tools>CG\Inertia Summary) and preload values.I got the following errors in the solving process. Which parameter do I need to take care while carrying out the analysis. INFO: Starting SMP run with up to 4 threads. WARNING: Error in principal J for body [id=10306]: Ji+Jj<Jk! J=(500, 500, 10000) in body CG principal inertia frame. Execution continues but the results, if dynamic analysis, may be incorrect! WARNING: Error in principal J for body [id=20306]: Ji+Jj<Jk! J=(500, 500, 10000) in body CG principal inertia frame. Execution continues but the results, if dynamic analysis, may be incorrect! WARNING: Error in principal J for body [id=10307]: Ji+Jj<Jk! J=(100, 100, 1000) in body CG principal inertia frame. Execution continues but the results, if dynamic analysis, may be incorrect! WARNING: Error in principal J for body [id=20307]: Ji+Jj<Jk! J=(100, 100, 1000) in body CG principal inertia frame. Execution continues but the results, if dynamic analysis, may be incorrect!
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