机译:金属粉末添加剂制造的多物理连续型方法:综述
Department of Industrial and Production Engineering Dr BR Ambedkar National Institute of Technology;
Department of Industrial and Production Engineering Dr BR Ambedkar National Institute of Technology;
School of Mechanical Industrial and Aeronautical Engineering University of Witwatersrand;
Department of Industrial Engineering and Manufacturing Universidad Autonoma de Ciudad Juarez;
Department of Industrial and Production Engineering Dr BR Ambedkar National Institute of Technology;
Department of Industrial and Production Engineering Dr BR Ambedkar National Institute of Technology;
Department of Mechanical Engineering Guru Nanak Dev Engineering College;
Additive manufacturing; FEM; Residual stress; Numerical modelling; Metal additive manufacturing; PBF; Rapid manufacturing; Computational model; Numerical simulation; Distortion; DEM; Powders;
机译:金属粉末添加剂制造的多物理连续型方法:综述
机译:激光粉末融合添加剂制造工艺的多尺度多物理建模框架
机译:多尺度,多物理建模框架,以预测添加制造金属的性能空间变化
机译:基于多尺度多物理模型的数据驱动建模和有限实验数据,金属添加剂制造的不确定性量化
机译:基于感应的金属增材制造的多物理场建模。
机译:考虑粉末尺寸变化和堆积的粉末床金属增材制造的解析热模型
机译:粉床融合中的液体和固体机力学的数值模拟粉状融合:连续体和水平集合应用于跟踪和部分尺度模拟
机译:添加剂制造用金属粉末的性质:金属粉末性能测试现状综述。