A Volume Decomposition Model to Determine Machining Features for Prismatic Parts

M. Houshmand; D.M. Imani

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A Volume Decomposition Model to Determine Machining Features for Prismatic Parts

机译：用于确定棱镜部件加工功能的卷分解模型

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Selection and development of machining features are the core activity in process planning. Usually the machining features development is done by experts according to elementary volumes. Performing this process by experts develops a limited machining featu

机译：加工功能的选择和开发是过程规划中的核心活动。通常，加工功能开发由专家根据基本卷完成。通过专家执行此过程开发了有限的加工功能

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《Journal of Applied Sciences》 |2009年第9期|共8页
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M. Houshmand; D.M. Imani;
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1. A volume decomposition approach to process planning for prismatic parts with depression and protrusion design features [J] . Alan C. Lin, Shou-Yee Lin International Journal of Computer Integrated Manufacturing . 1998,第6期

机译：具有凹凸设计特征的棱柱形零件的工艺计划的体积分解方法
2. Using flower pollinating with artificial bees (FPAB) technique to determine machinable volumes in process planning for prismatic parts [J] . Mahmoud Houshmand, Din Mohammad Imani, S. T. A. Niaki The International Journal of Advanced Manufacturing Technology . 2009,第9a10期

机译：使用人造花花粉授粉（FPAB）技术确定棱柱形零件的工艺规划中的可加工体积
3. Using flower pollinating with artificial bees (FPAB) technique to determine machinable volumes in process planning for prismatic parts [J] . Mahmoud Houshmand, Din Mohammad Imani, S. T. A. Niaki The International Journal of Advanced Manufacturing Technology . 2009,第9a10期

机译：使用人造花花粉授粉（FPAB）技术确定棱柱形零件的工艺计划中的可加工体积
4. Developing a Feature-based System for Automated Machining Feature Recognition (ISO 10303 AP 224) of Prismatic Components [C] . Chen Wong Keong, Yusri Yusof International Conference on Mechanical and Electrical Technology . 2012

机译：开发基于特征的自动加工特征识别系统（ISO 10303 AP 224）的棱镜组件
5. CAD/CAM integration based on machining features for prismatic parts. [D] . Hou, Min. 2008

机译：基于棱柱零件加工特征的CAD / CAM集成。
6. Combined empirical mode decomposition and texture features for skin lesion classification using quadratic support vector machine [O] . Maram A. Wahba, Amira S. Ashour, Sameh A. Napoleon, 2017

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7. A Volume Decomposition Model to Determine Machining Features for Prismatic Parts [O] . M. Houshmand, D.M. Imani 2009

机译：用于确定棱镜部件加工功能的卷分解模型

A Volume Decomposition Model to Determine Machining Features for Prismatic Parts

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