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Optimization Planning of Space Layout of Buildings in Explosive Area Based on Harmony Search Algorithm

机译:基于和声搜索算法的爆炸地区太空布局优化规划

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In order to do planning for explosive area, simplified explosion planning calculation model is built based on the relative certainty of chemical explosion. First, simplified explosion-structure mutual model is built to calculate the force situation. This model adopts the peak overpressure calculation formula of TNT spherical charge explosion in the air to calculate the peak overpressure. Then, housing cost and bending moment cost are introduced and Harmony Search algorithm is used to find optimal solution in MATLAB. In the end, taking an assumed area as an illustrative example, the calculation process of the proposed method in this paper is described. The results of this paper can be used as the foundation for similar problems.
机译:为要进行爆炸区域进行规划,基于化学爆炸的相对确定性,构建了简化的爆炸计划计算模型。首先,构建了简化的爆炸结构相互模型以计算力情况。该模型采用TNT球形电荷爆炸在空气中的峰值过压计算公式计算峰值过度压力。然后,引入了住房成本和弯矩成本,并使用和谐搜索算法用于在MATLAB中找到最佳解决方案。最后,拍摄假设区域作为说明性示例,描述了本文中所提出的方法的计算过程。本文的结果可用作类似问题的基础。

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