摘要
利用D3.js代码库和二分查找算法构建了一套脚手架2D力学模拟软件系统并输出模拟图。此软件系统通过配置客户端界面的变量参数,进而实现软件系统的建模和交互。在该软件系统配置页面,可以为每个脚手架调配多个参数条件。软件系统按照这些条件编译建立数据模型,并进行分析和交互计算,从而得到最终的力学验算结果并供用户查看。该软件系统的客户端界面程序运行于Android平台,后端数据计算和分析服务使用Go语言开发并部署在云服务器上。后端服务对用户的输入数据进行分析计算最终得出力学验算结果。测试表明:系统各组件功能运行良好,能够无误地构建和交互最终输出力学模拟图。该软件系统有助于提高施工现场安全系数和提升长期经济收益。
A 2D mechanical simulation software system for scaffolding has been developed,utilizing the D3.js code library and binary search algorithm to generate simulation diagrams.This software system,by adjusting the variable parameters on the client interface,enables modeling and interaction.On the details configuration page of the client interface,multiple parameter conditions can be set for each scaffold.Then the software system compiles data models according to these parameters and carries out the analysis and interactive calculations to get the final mechanical test results for user view.The client interface program of the software system runs on the Android platform while the back-end data calculation and analysis services are implemented using Go language and deployed on cloud servers.The back-end service analyzes and calculates the user’s input data to produce the final mechanical test results.Tests indicate that the system components do user interactions well,accurately constructing and interacting to output mechanical simulation diagrams.The software system is helpful to improve construction site safety and enhance long-term economic returns.
作者
田志昌
江彤
TIAN Zhichang;JIANG Tong(Civil Engineering School,Inner Mongolia University of Science and Technology,Baotou 014010,China;AsiaInfo Technology(China)Co.,Ltd.,Beijing 100000,China)
出处
《内蒙古科技大学学报》
CAS
2024年第3期276-281,共6页
Journal of Inner Mongolia University of Science and Technology
关键词
施工现场
云计算
力学验算
脚手架
construction sites
cloud computing
mechanical checks
scaffolding
