风洞常规天平结构设计优化方法及支持平台

为满足风洞高精度、高可靠性测量需求，设计开发了一种基于C/S 和B/S 共存架构的分布式优化软件平台。在常规天平结构设计优化方法的基础上，使用该平台可以让多用户同时开展天平结构的在线设计优化与验证计算。通过对天平优化设计涉及到的各种因素进行分析，结合多种软件及优化策略，利用对各种软件的二次开发与封装，构建提升常规应变天平的优化支持平台。试验结果表明：该平台能完成天平的远程设计及验证计算，提高了天平设计质量和效率。

Optimization Method and Support Platform forWind Tunnel Conventional Balance Structure Design

A distributed optimization software platform based on C/S and B/S coexistence architecture is designed anddeveloped to meet the requirements of wind tunnel force measurement with high accuracy and reliability. On the basis ofthe conventional balance structure design optimization method, the platform can make multi-users simultaneously carry outonline design optimization and verification calculation of the balance structure. Through the analysis of various factorsinvolved in the optimization design of balance, combined with a variety of software and optimization strategies, using thesecondary development and encapsulation of various softwares, an optimization support platform for upgradingconventional strain balance is constructed. The experimental results show that the platform can complete the remote designand verification calculation of the balance, and improve the quality and efficiency of the balance design.