I think the better option is to run optimization problem for different loading scenarios and then you will get different optimized topology for each each loading cases. This will give you a hint to go forward.
But if you have a topologically optimized component at hand, then you can use Abaqus, load case option, to load and test the responses of your component for various loading options, thereby you may analyze the result.
i dont think you get my question right. I am looking to get the Load and Not apply a load!. I have optimized shape which is an output of loading function. i have the output but i am looking for the input (Load).
Hallo Claudio, i get your point. However there are infinte number of trail and error. It requieres long time for complex strucutue. for simple structure like L and U shape it is very easy once has the concept of structurla mechanics because the second moment of inertia its clear and once can define it clearly and solve for displacment. Unfortunatly this is not the case for complex structure. but thanks Both for suggestion!. if i find something i will write you. I would like also to share why i ask such a questions. Sometimes it is clear what kind of mass an object (car) must have through crash test momentum plays an important rule so finding the loading history of many optimized part for specific component which is in the market allows me to visualise the working condition of specific component in specific function.
Have a nice Weekend.
Try to look into the topic "topology optimization for inverse problems" :-)
See e.g. [1] or [2]
[1] https://www.cambridge.org/core/journals/european-journal-of-applied-mathematics/article/survey-on-level-set-methods-for-inverse-problems-and-optimal-design/F596DB1C804E86FC250DF488B0EB3283
[2] Article Topology optimization approaches A comparative review
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