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Trying2Learn
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- TL;DR Summary
- Integrating the processes of mechanics using network softare
I am aware that a lot of software exists to conduct such multi-phase macroscopic analyses.
But has anyone ever used the tools of interprocess communication to do this?
Consider, for example, these three:
Consider that this is done in such a way that each code adheres to a prescribed data format so that they can more readily communicate?
Can anyone share any references?
The motivation for this question is as follows...
There exist many multi-phase mechanics codes (dynamics, FE, Fluids, Heat, etc.), however, the codes are massive. Perhaps, if each code was more isolated, then it would be easier:
I am just thinking out of the box and would like to know if anyone has done this (I know it will not be as fast as one stand alone code).
But has anyone ever used the tools of interprocess communication to do this?
Consider, for example, these three:
- A Finite element code (For deformation) on a parallel machine
- A Dynamcis code (for dynamics) on a vector machine
- An AI code (for learning) on a PC
Consider that this is done in such a way that each code adheres to a prescribed data format so that they can more readily communicate?
Can anyone share any references?
The motivation for this question is as follows...
There exist many multi-phase mechanics codes (dynamics, FE, Fluids, Heat, etc.), however, the codes are massive. Perhaps, if each code was more isolated, then it would be easier:
- to learn how to do multi-phase analyses (again, at the macroscopic level).
- to share efforts.
- to integrate the codes with, say, learning tools for smart machines.
I am just thinking out of the box and would like to know if anyone has done this (I know it will not be as fast as one stand alone code).
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