高精度增材制造控制算法的研究进展OA

To enhance the positional accuracy of additive manufacturing in the three-dimensional discrete stac-king process,an increasing number of high-precision additive manufacturing control algorithms have been applied and studied by the domestic and international industrial sectors.Path planning in additive manufacturing requires the use of multiple high-precision control algorithms to address issues such as step effects,idle paths,and motion position deviations,while enhancing manufacturing efficiency and product quality.This study sorts out and reviews the main problems causing accuracy errors in additive manufacturing,discusses the current main filling algorithms and analyzes the advantages,disadvantages and applicable conditions of the filling algorithms,and summarizes the common genetic algorithms and ant colony algorithm principles for dealing with idle paths,as well as the research progress of adaptive control systems in additive manufacturing.The problems that additive manufacturing has not been widely applied on a large scale and the key issues that need to be addressed in the future have been proposed..