A combined V-type load simulation structure for full-scale testing of transmission towers

Abstract

This application relates to the field of power transmission technology, specifically disclosing a combined V-shaped load simulation structure for a full-scale test of a power transmission tower. The structure includes a tower mounted on a base and a loading point mounting plate. The tower is equipped with mounting buckles, and longitudinal V-shaped strings are arranged on the mounting buckles. Longitudinal loading points are positioned between the longitudinal V-shaped strings, and transverse vertical V-shaped strings are also arranged on the mounting buckles. This invention, through the arrangement of the longitudinal and transverse vertical V-shaped strings, can evenly apply the load to both sides of the tower under test, avoiding stress concentration. Furthermore, the longitudinal load L can be isolated, preventing displacement of the transverse and vertical loading points and interference with the tower body, thus affecting the test results. The loading point mounting plate has five holes, ensuring more reliable installation while guaranteeing that the loading position meets the test design requirements.

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