Sir g can you please discuss the concepts of using plate attached beam bottom using four point load test using the epoxy layer and bolts ? How we can model epoxy layer? Also how can we define different interactions surfaces in order to obtain convergence? Thanks
Dear, Here time is just refrence entity to make changes in parameters. Lets understand it - Apply 100N load on cantilever beam. Case1 - run for 1 sec Case2 - run for 10 sec. Both results will be same. As load gradually vary in both cases.
Time period is the time in which you want to apply the full load. Since static analysis don't consider time so that represents the total amount of load(for example force). As per the increment, the load gets divided and then it is applied. As the solution converges with every increment the load is increased till we reach to the maximum load applied in the problem definition. At the end, we get the stress plots for the maximum load if the solution converges. Hopefully, it is helpful for you. Others can also add to it.
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Sir g can you please discuss the concepts of using plate attached beam bottom using four point load test using the epoxy layer and bolts ? How we can model epoxy layer? Also how can we define different interactions surfaces in order to obtain convergence? Thanks
Dear,
If you provide model in that you faced problem, I'll try to upload video on the same.
G sir thank you so much
Hello there. I am new learner, i have been told that this "TIme Period" is not real time. It isn't 1s rather it is 1unit time. can you please clarify?
Dear,
Here time is just refrence entity to make changes in parameters. Lets understand it -
Apply 100N load on cantilever beam.
Case1 - run for 1 sec
Case2 - run for 10 sec.
Both results will be same. As load gradually vary in both cases.
Time period is the time in which you want to apply the full load. Since static analysis don't consider time so that represents the total amount of load(for example force). As per the increment, the load gets divided and then it is applied. As the solution converges with every increment the load is increased till we reach to the maximum load applied in the problem definition. At the end, we get the stress plots for the maximum load if the solution converges. Hopefully, it is helpful for you. Others can also add to it.