摘要
随着锅炉容量的增加,所需立柱的数量增多,导致基础负荷表中的数据量增加,从而对工作效率提出了更高的要求。通过提取STAAD.Pro软件中钢结构模型后处理生成的Anl文件中的节点支座反力信息,结合Tekla软件模型的相关数据,并且设置用户界面(UI)相关参数,设计了一种能够高效且高质量地生成指定形式基础负荷表的智能化程序。结果表明:该程序实现了STAAD.Pro和Tekla软件之间数据的智能化转换,显著提高了锅炉钢结构设计中基础负荷设计的效率和准确性。
With the increase of boiler capacity,the number of columns required also increases.This leads to an increase in the amount of data in the basic load table,which puts higher demands on work efficiency.By extracting the node support reaction force information from the Anl file generated by the post-processing of the steel structure model in the STAAD.Pro software,combining the relevant data of the Tekla software model,and setting the relevant parameters of the user interface(UI),an intelligent program was designed to generate the specified form basic load table efficiently and with high quality.Results show that,the program realizes the intelligent data conversion between STAAD.Pro and Tekla softwares,and significantly improves the efficiency and accuracy of basic load design in boiler steel structure design.
作者
王静
林毅
陈健陵
代睿
徐娜
曾涛
WANG Jing;LIN Yi;CHEN Jianling;DAI Rui;XU Na;ZENG Tao(Dongfang Electric Group Dongfang Boiler Co.,Ltd.,Zigong 643001,Sichuan Province,China;Dongfang Electric Group Science and Technology Research Institute Co.,Ltd.,Chengdu 611731,China)
出处
《发电设备》
2025年第2期111-114,125,共5页
Power Equipment
