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Surface partitioning in automated CAD-guided tool planning for additive manufacturing

机译：用于增材制造的自动CAD指导的工具规划中的表面划分

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Additive manufacturing processes such as spray coating, spray painting and rapid tooling important steps in many products'' life cycle. Robotic manipulators are widely adopted to carry out these processes. If done by human operators, the tool planning fo

机译：增材制造工艺（例如喷涂，喷涂和快速加工）是许多产品生命周期中的重要步骤。机器人操纵器被广泛采用来执行这些过程。如果由操作员完成，则工具计划

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来源
《Tools With Artificial Intelligence (TAI), IEEE Conference on 》|2003年|P.2072-2077|共6页
会议地点 Manassas VA
作者
Weihua Sheng; Ning Xi; Heping Chen; Yifan Chen; Mumin Song;
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CAD/CAM; automotive components; coatings; manipulators; manufacturing processes; painting; path planning; additive manufacturing processes; algebraic domain; automated CAD-guided tool planning; computer aided design; decomposition-based approach; geometric domain; in;

机译：CAD / CAM;汽车零部件；涂料；机械手制造过程；绘画;路径规划；增材制造工艺；代数域自动CAD指导的工具计划；计算机辅助设计;基于分解的方法；几何域在;

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专利

1. Cooperative Tool Path Planning for Wire Embedding on Additively Manufactured Curved Surfaces Using Robot Kinematics [J] . Kim Chiyen, Espalin David, Cuaron Alejandro, Journal of Mechanisms and Robotics: Transactions of the ASME . 2015 ,第2期

机译：使用机器人运动学的将工具嵌入到增材制造的曲面上的协作工具路径规划
2. Automated post machining process planning for a new hybrid manufacturing method of additive manufacturing and rapid machining [J] . Chen Niechen, Barnawal Prashant, Frank Matthew Charles Rapid prototyping journal . 2018 ,第7期

机译：新型混合制造方法的自动化后加工过程规划和快速加工的新型混合制造方法
3. Tool Path Planning Optimization for Multi-Tool Additive Manufacturing [J] . Hieu Bui, Harry A. Pierson, Sarah G. Nurre, Procedia Manufacturing . 2019 ,第186期

机译：多工具添加剂制造的工具路径规划优化
4. Surface partitioning in automated CAD-guided tool planning for additive manufacturing [C] . Weihua Sheng, Ning Xi, Heping Chen, Intelligent Robots and Systems, 2003. (IROS 2003). Proceedings. 2003 IEEE/RSJ International Conference on . 2003

机译：用于增材制造的自动CAD指导的工具规划中的表面划分
5. A general framework for automated CAD-guided optimal tool planning in surface manufacturing. [D] . Chen, Heping. 2004

机译：在曲面制造中自动CAD指导的最佳工具计划的通用框架。
6. Fatigue Failure from Inner Surfaces of Additive Manufactured Ti-6Al-4V Components [O] . Joel de Jesus, José António Martins Ferreira, Luís Borrego, 2021

机译：来自添加剂的内表面的疲劳失效制造的Ti-6Al-4V组分
7. Automated Tool‐Path Generation for Rapid Manufacturing of Additive Manufacturing Directed Energy Deposition Geometries [O] . Max Biegler, Jiahan Wang, Lukas Kaiser, 2020

机译：自动化工具路径生成，用于快速制造添加剂制造导向能量沉积几何形状

Surface partitioning in automated CAD-guided tool planning for additive manufacturing

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