Abstract
The bolted connecting is prone to slip results from external load in the transmission tower as the member is thin and the pre-tightening force of bolt is small. The influence of joint slippage is usually considered in the finely analysis of transmission lines tower. In this paper, the joint slippage process was analyzed, and a new universal model was presented by considering both clearance slip process and deformation slip process. The effect of the parameters of the slip model is discussed, and the relevant parameters of the model are determined. The reliability of the new model was verified by comparing with the experimental results, which provides reliable theoretical support for the accurate analysis of lattice transmission lines tower with considering bolt joint slippage.
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