Exploration of Temporary Support Design and Load Optimiza-tion Path for the Construction of Circular Large-span Steel Structures
In recent years,with the innovation of computing technology and the technological improvement of construction en-terprises,the scientificity and standardization of temporary support design have gradually emerged.However,despite this,due to the lengthy production cycle and high reusability of temporary supports,the uncertainty of construction condition estimation,and the ever-changing working environment,construction safety accidents often occur.In this regard,the article analyzes the temporary support design during the construction of circular large-span steel structures,based on the stress state of the core load-bearing components,and effectively optimizes the stress design of the support system.At the same time,based on the changes in temporary support stress,verify the evolution law of the components during the support period,and propose rele-vant suggestions for optimizing the support to better guide engineering practice and ensure the smooth progress of the con-struction process.
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