Study on Strength Failure and Optimization Scheme of Steel Platform Anti-Skid Strip

The strength failure of the anti-skid strip is one of the key factors restricting the service efficiency of the steel platform. In this paper, the compressive stress, shear stress, and the stress on the weld of the steel platform anti-skid strip during the movement of tracked vehicles are obtained through the movement mechanics analysis of heavy tracked vehicles, and the corresponding strength failure conditions are established. According to the calculation results, improvement measures and schemes are proposed for the layout spacing and size of the anti-skid strips on the mechanized platform, to improve the anti-skid and wear-resistant performance of the platform plate.