A Post-Processing Software Tool for the Hybrid Atomisitc-Continuum Coupling Simulation

Q Wang and XG Ren and LY Xu and WJ Yang, CURRENT TRENDS IN COMPUTER SCIENCE AND MECHANICAL AUTOMATION, VOL 1, 379-391 (2017).

The hybrid atomistic-continuum (HAC) coupling fluid simulation can gain both simulation accuracy and efficiency. The post-processing procedure of the HAC coupling simulation is quite important in the whole multi- scale simulation process and requires the support of an efficient, user- friendly interface tool. Under the demand of efficient analyzing coupling simulation data and visualizing results, in this paper we design and implement a visualized post-processing framework based on SALOME software platform for the unified HAC coupling simulation. The experimental verification indicates that our post-processing tool can offer efficient, easy-to-use post-processing for the HAC coupling simulation, and effectively improve the analyze of the coupling simulation results.

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