Mechanical Analysis of the Front and Rear Frames of 8ton Explosion-Proof Trackless Rubber Wheelbarrow for Coal Mine
In order to further explore the operation quality improvement path of the explosion-proof trackless rubber wheelbarrow for coal mine,we take the 8 t-class explosion-proof trackless rubber wheelbarrow commonly used in coal mine enterprises as the research object,and firstly,combine with the design drawings to establish its finite element analysis model;and then,considering several common operation conditions of the trackless rubber wheelbarrow,we investigate the stress distribution of the frame under various working conditions,and make clear the weak parts of its force;on this basis,we optimize the frame by applying the thickening method,and explore its weak parts;and then,we optimize it by applying the thickening method,and explore its mechanical analysis.On the basis of this,the optimisation is carried out by applying thickening and exploring its improvement effect,and the results show that this optimisation scheme can theoretically improve the mechanical properties of the frame,which can be gradually practically applied in the future work.
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