![]() ![]() On the other hand, it is found that the structural design of rubber components also determines their function and durability, and there is a large space for optimization. Carbon black, nanomaterials, and other fillers have made rubber show more powerful properties. Besides, rubber reinforcement technology has recently developed rapidly. Much progress has been made in the study of rubber aging and fatigue. Testing technology is important for understanding the mechanical properties of rubber materials and components. ![]() ![]() The failure modes of rubber components are complex and the fatigue life is affected by many factors. With the promotion of rail transport in remote areas and the increasing speed of rail vehicles, the service environment of the rubber components is becoming more and more severe. Due to being directly related to the ride comfort and running safety of the railway vehicle, the design and development process of the rubber components is extremely complicate. ![]()
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