Abstract
In terms of the requirements of lightweight design, high reliability and long life for dynamic systems, especially heavy machinery and artillery, the methods to achieve the law of loads transfer path were studied based on some history and latest related research. So far, there is no systematic ways to research that in dynamic system, especially in artillery with instantaneous and strong impact load. This paper elaborated the application prospect of loads transfer law in artillery, discussed the main possible methods in research of artillery emission loads transfer laws. Those are topology optimization based on finite element, Multi-body dynamics, and method of vibration load transfer path analysis method. Through simulation and experiments those can be verified their correctness and effectiveness. This article is to find some feasible methods to achieve optimal load-carry structure, so as to improve its tactical and technical performance, especially the mobility, firing accuracy and shooting stability, and it has certain guiding or referenced significance for future related research.
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