有限元法分析验证在施工现场的应用

随着科技的进步,建筑业不断涌现出多种新技术、新方法来解决施工中遇到的实际问题,如建筑三维数字模拟技术、结构有限元验证技术、建筑云计算技术等,这些技术给建筑业带来跨越式发展。当今,超级计算机及智能化软件的使用为有限元的大规模应用搭设了先进平台,让有限元分析的使用在复杂建筑项目施工中逐渐变成现实。本文通过实际应用经验,分析有限元法在施工现场各种复杂结构上的受力情况,得出其在静定或超静定等复杂结构方面具有科学化、规范化等优点,以期为同类施工提供借鉴,推动建筑业健康发展。

With the advancement of science and technology,the construction industry continues to emerge a variety of new technologies and new methods to solve the practical problems encountered in construction,such as 3D digital simulation technology of buildings,structural finite element verification technology,building cloud computing technology,which brings the construction industry towards leapfrog development.Today,the use of supercomputers and intelligent software has built an advanced platform for large-scale applications of finite elements and the use of finite element analysis is gradually becoming a reality in the construction of complex building projects,.Through practical application experience,this paper analyzes the force situation of finite element method on various complex structures at construction sites It is concluded that it has the advantages of scientization and standardization in terms of static or super static complex structures,which could provide reference for its application in similar construction and promote the healthy development of the construction industry.