Optimization Method of Electrical Pipeline Laying in Super-Tall Building Based on Improved Particle Swarm
Aiming at the problem of unreasonable layout of electrical pipeline laying,an optimization method of electrical pipeline laying layout for super-tall buildings based on improved particle swarm is proposed.The objective function is set from two perspectives:The correspondence between the starting point and the end point of the electrical pipeline in super-tall buildings and the collision avoidance and prevention of the pipeline.The constraint function is set from four perspectives:The length of the electrical pipeline in super-tall buildings,the number of elbows,the straight rows,and the conflict with the wall structure of the building.The co-evolutionary mechanism is constructed for the particle swarm algorithm,so as to achieve the optimal path calculation for the laying of the electrical pipeline under the above multi-objective and multi-constraint conditions.After testing,the designed method has high suitability and can be adapted to the arrangement of electrical pipelines under different circumstances,and the application effect is good.
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