Find more posts tagged with
Hi Adriano, Thank you for your answer. I have an extended question on random analysis. Is the same approach works for running random analysis from frequency response results (random just statistical calculations and I used to do only within Patran by using FRF results)!? With this I just want to avoid running FRF analysis repeatedly during random iterations. Many thanks in advance for your time ShivaThere's not exactly a Restart in this case.
But, you can use the EIGSAVE and EIGRETRIVE commands to store the modal results for a second run.
Model #1
run modal analysis and request EIGSAVE >> it saves the eigenresults into a external file.
Model #2
create a FRF model, and request EIGRETRIEVE >> it will use the previously saved result and skip the modal analysis, thus speed-up the FRF run.
Hi Adriano, Thank you for your answer. I have an extended question on random analysis. Is the same approach works for running random analysis from frequency response results (random just statistical calculations and I used to do only within Patran by using FRF results)!? With this I just want to avoid running FRF analysis repeatedly during random iterations. Many thanks in advance for your time Shiva
Random analysis can be restarted from a previous FRF analysis in newer versions, by using ASSIGN card.
There's not exactly a Restart in this case.
But, you can use the EIGSAVE and EIGRETRIVE commands to store the modal results for a second run.
Model #1
run modal analysis and request EIGSAVE >> it saves the eigenresults into a external file.
Model #2
create a FRF model, and request EIGRETRIEVE >> it will use the previously saved result and skip the modal analysis, thus speed-up the FRF run.