Static Structural stress analysis on Bicycle Frame | ANSYS workbench tutorials for beginners

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[@austineadah2843]

i love your videos. could you do a video or point me in the right direcrtion on coupling aqwa results and FEA?

[@themechanicalengineer]

Thank you for enjoying my videos! Regarding your question on coupling AQWA results and FEA, I suggest exploring the use of the Finite Element Method (FEM) and Boundary Element Method (BEM) coupling techniques. These methods can be used to analyze fluid-structure interaction problems, which is where AQWA results and FEA come into play. There are various software packages available that can help with this type of analysis, including ANSYS, Abaqus, and COMSOL Multiphysics. I hope this helps you in your research!

[@themechanicalengineer]

If you need any further help with this, please contact [e-mail]

[@austineadah2843]

@@themechanicalengineer thank you for the candid reply. I would like to know how to couple the FEA and BEM matrices since they tend to have different shapes...thanks in andvance

[@themechanicalengineer]

Coupling Finite Element Analysis (FEA) and Boundary Element Method (BEM) matrices can be challenging as they typically have different sizes and shapes. Im really sorry I haven't worked in that area...

[@sauravsubedi1636]

3:49 can you tell me how (800N on seats✅) you applied 50N ❓on Handel of bicycle (80kg human weight)

[@themechanicalengineer]

In this scenario, if we assume the weight of the human to be 80kg, we can calculate the force due to gravity using the equation F = m * g, where F is the force, m is the mass, and g is the acceleration due to gravity (approximately 9.8 m/s^2). So, the force due to the weight of an 80kg human would be approximately 784N. Remember that the force applied to the handle is not solely determined by the weight of the human but also by the additional force applied intentionally by the rider. Therefore, i have applied additional 50N of force on the handle

[@pritilad5894]

Where is the Model file ??

[@themechanicalengineer]

Link in the description.