YJK steel structure node design internal force reading tool

Official Account: Non-Deconstructive · Author: Zhou Wenqi (Venchy)

Node design is a crucial link in the internal force design of steel structures.In the past, when designing nodes, it was necessary to check the internal force of each steel structure member.When drawing node details, the structural engineer’s style is to look at the results file of the computational model over and over again.It’s just a small house with two floors. When faced with high-rise and super high-rise buildings with a large number of areas, it is not only inefficient, but also prone to errors and omissions.

In order to bid farewell to the physical labor of heavy machinery and improve the work efficiency of engineers during node design, we used the VBA secondary development function of Excel to compile a small plug-in for batch reading of YJK steel structure design internal force results.

The plug-in interface is very simple:

The plug-in process is as follows:

1. Click to import data
2. Select the folder where the yjk model is located

3. Enter the number of floors to be read. For example, “5,10” means that the design results of floors 5-10 have been read.

4. Generate results

In the result file, the worksheet in the data sorting area contains all wpj files read.The rest of the worksheet uses the geometric dimensions of each beam section as the name of the worksheet. The worksheet contains data such as the component number, floor number, node number, stress ratio of normal stress and shear stress of each component. ps: This plug-in is suitable for yjk1.8.3 and 1.9.0 versions, other versions have not been tested yet.Beam section reading is only available for I-beams.

If you need to download, please reply “steel structure” in the public account

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This document is automatically collected and organized by AI from non-deconstructed public accounts and is for learning reference only.

Original Source: http://mp.weixin.qq.com/s?__biz=MzU0Nzc5MDQxNw==&mid=2247484431&idx=1&sn=6ee41ad379eb5197170dfee577c56491&chksm=fb484f31cc3fc62752a916ac56fedb6e875b355d96fd1719e986dcf9a115cb32666d8344fa36#rd