Optimization Design of Reinforcement for Single story and Multi span Steel Structure Factory Buildings
At present,the crane beams of single-layer and multi span steel structure factory buildings are generally independent,and the sup-port range is limited,resulting in a decrease in load ratio.Therefore,this article proposes the design and analysis of reinforcement optimization for single-layer and multi span steel structure factory buildings.Based on the current testing requirements,understand the project overview,prepare for measurement,determine design conditions,adopt a multi-level approach,break the support range limit,set up a multi-level steel crane beam,and use this as a basis to connect the crane beam to the multi span steel column at fixed points.Conduct structural review and re-inforcement calculation on the upper part of the factory building,and finally use the auxiliary method of tension bolt anchoring to achieve struc-tural reinforcement optimization.The final test results show that for the selected 6 test nodes,the load ratio obtained from the three stages of testing can all reach 7.5 or above.It is explained that the reinforcement optimization effect of the factory structure designed in the text is bet-ter,with high pertinence and practical application value.
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