京东 11.11 红包
【转载】Ali Fatemi-2018-增材制造钛合金（Ti6Al4V）疲劳性能研究
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【转载】FLOW3D增材制造模拟Additive Manufacturing: Continued FLOW-3D Webinar-2018-44min
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【转载】增材制造钛合金表面粗糙度对于拉伸、疲劳性能的影响 Prof. Ma Qian 马前教授
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【转载】FLOW3D-金属增材制造模拟-Laser Welding and Additive Manufacturing Webinar-2017-58min
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【录屏】2022-ISSI-吕坚院士-增材制造材料的多尺度力学与结构完整性
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【录屏】张金良博士-面向增材制造铝合金及其复合材料成分设计与原位制备
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【转载】增材制造钢的疲劳性能-Fatigue Behavior of Additively Manufactured Steel
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金属增材制造介绍-Metallic Additive Manufacturing
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【转载】FLOW3D增材制造模拟 CFD Simulations for Laser Welding | FLOW-3D WELD-2020-65min
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【转载】Corrosion performance of a wire arc additive manufactured 316L alloy, Penot
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【转载】Multi Metal 3D Printing by Meltio 20220511
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【数字孪生&增材制造】– 概念与应用 DebRoy Research Group
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【转载】表面粗糙度和打印方向对SLM-SS316L疲劳性能的影响
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【转载】【马普所】【增材简介】Introduction to metal additive manufacturing
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增材制造粘合剂喷研讨会-Webinar: Best Practices for Metal 3D Printing through Binder Jetting
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【转载】增材制造Control of structure, properties, and defects in additive manufacturing
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【转载】原位合金化-Using In-situ Alloying to Overcome Material Limitations in Metal AM
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【转载】Smart Metal Printing - a plenary talk，增材制造
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【转载】Multi-metal additive manufacturing: in-situ alloying, composition control
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【转载】增材制造镍基合金718微观组织研究 Characterisation and Metallurgy
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增材粉末粘结陶瓷材料 Binder Jetting Ceramic Materials
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Microstructure Modelling of Additive Manufacturing of Alloy 718 - Chamara's PhD
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(MIT) The Trajectory of Metal Additive Manufacturing 金属增材制造的历程
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nCode焊缝疲劳寿命计算
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【转载】Metal Additive Manufacturing, a Reality Check
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【转载】工艺参数对L-PBF AlSi10Mg 微观组织及性能的影响
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曼彻斯特大学Manchester University-多材料SLM
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德国弗朗霍夫- Fraunhofer IKTS 陶瓷及多材料3D打印
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abaqus疲劳有限元仿真分析—帶孔洞圓管疲勞分析
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abaqus疲劳有限元仿真分析—（fe-safe）软件界面介绍
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2024年浙江省初中英语研讨会新人教七上Unit 2 Sec A 1a-1d & Pronunciation听说课（唐碧瑶老师）
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MTEX如何绘制钛合金self accommodation group
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【转载】值得收藏-电化学腐蚀速率测量计算-Electrochemical Corrosion Rate Measurements
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abaqus疲劳有限元仿真分析—疲劳理论概述
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南洋理工-Upadrasta Ramamurty教授-IWAM 2023-使用3D打印的合金的微结构设计
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电化学增材制造，原理及潜在巨大应用空间，尤其适合纯铜3D打印
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【转载】熔池的凝固与流体流动问题 Prof Hong Dong Fluid flow and solidification in melt pool
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10.13水系电池国际研讨会
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不锈钢的点蚀 简单动画 Pitting of Stainless Steel - Narrated
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