Multi-objective optimization method for vibration reduction of air conditioner pipeline structure, computer readable storage medium and terminal

Abstract

The invention provides a multi-objective optimization method for vibration reduction of an air conditioner pipeline structure, a computer readable storage medium and a terminal. The multi-objective optimization method includes the steps that the system receives manually input pipeline parameters and recognizes the parameters as design parameter input; a simulation model is established according todesign parameters, and a large amount of experimental data is obtained through simulation; and the system determines a plurality of target outputs and constraint conditions to establish an approximate mathematical model, performs precision and sensitivity analysis on the obtained mathematical model, and performs optimization through an optimization algorithm to obtain optimal design parameters. According to the multi-objective optimization method, pipeline parameters are used as design parameters to be input into simulation modeling; on the basis of guaranteeing the analysis precision, multi-objective optimization analysis is carried out, and a pipeline system meeting the vibration standard is obtained, and the problems of strain exceeding the standard, breakage and the like in the pipeline operation and transportation process are solved; and the product development efficiency, namely the reliability, is improved, and then lightweight optimization in the aspects of weight reduction, damping block reduction and the like is carried out.

Description

technical field [0001] The invention relates to the technical field of air-conditioning pipeline simulation models, in particular to a multi-objective optimization method for vibration reduction of an air-conditioning pipeline structure, a computer-readable storage medium and a terminal. Background technique [0002] Vibration is an important indicator of the performance of a home air conditioner. The air conditioner vibration mainly comes from the compressor, and the air conditioner pipeline is the main way to transmit vibration. The quality of the air conditioner piping structure design directly affects the reliability of the air conditioner refrigeration system. Problems such as excessive strain and fracture during pipeline operation and transportation have become a major problem for technicians. In addition, with the rising cost of raw materials in recent years, lightweight design has also become a major direction for enterprises. [0003] At present, the piping design...

AI Technical Summary

Problems solved by technology

By inputting the pipeline parameters as design parameters into simulation modeling, on the basis of ensuring the analysis accuracy, multi-objective optimization analysis is carried out to obtain a pipeline system that meets the vibration standard, and solve problems such as excessive strain and fracture during pipeline operation and transportation. Improve product development efficiency, that is, reliability, and then carry out lightweight optimization in terms of weight reduction and damping block reduction

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