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Parallel implementation of comprehensive rotor dynamics simulation based on the motion formalism

机译:基于运动形式主义的综合转子动力学模拟的平行实现

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The use of a local frame motion formalism for finite element simulation of rotor dynamics leads to low order nonlinearity of the equations of motion. In order to exploit this reduced non-linearity, a domain decomposition strategy is implemented. The independence of the subdomains enables naturally parallel computations. The combination of these three key elements leads to significant savings in computation time, without compromising the accuracy.
机译:使用局部帧运动形式主义的转子动力学的有限元模拟导致运动方程的低阶非线性。为了利用这种减少的非线性,实现了域分解策略。子域的独立性使得能够自然并行计算。这三个关键要素的组合导致计算时间的显着节省,而不会影响精度。

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