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Design for Manufacturability 可制造性设计

Design for Manufacturability 可制造性设计. System Thinking 系统思维 Functional Relationships 功能关系 Relationship Framework 关系基础 Establishing the Connection 建立连接 Connection Functionality 连接功能. Design For Manufacturability Darren Wurmnest, Justin Yang, Lewis Lai. . Shoulder Bearing 轴肩支架.

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Design for Manufacturability 可制造性设计

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  1. Design for Manufacturability可制造性设计 System Thinking 系统思维 Functional Relationships 功能关系 Relationship Framework 关系基础 Establishing the Connection 建立连接 Connection Functionality 连接功能 Design For Manufacturability Darren Wurmnest, Justin Yang, Lewis Lai.

  2. Shoulder Bearing轴肩支架

  3. Change Effects变更结果

  4. Change Effects变更结果

  5. Change effects变更结果 MMC (LMC Hole) = 5.375 mm 最大材料状况(最小材料状况孔)=5.375

  6. MMC of the Shaft轴的最大材料状况 MMC 3.060 mm MMC 1.060 mm MMC 2.060 mm MMC 6.720 mm

  7. MMC of the Shaft轴的最大材料状况 MMC 2.060 mm MMC 3.060 mm MMC 1.060 mm MMC 2.060 mm MMC 8.780 mm

  8. TF Calculations最紧匹配的计算 TFO = MMCF (hole) – MMCM (shaft) 5.375 mm – 6.720 mm = -1.345 mm 最紧匹配=最大材料状况(孔)-最大材料状况(轴) TFC = MMCF (hole) – MMCM (shaft) 5.375 mm – 8.780 mm = - 3.405 mm 最紧匹配=最大材料状况(孔)-最大材料状况(轴)

  9. Designing For Manufacturability可制造性设计 • System Thinking系统思维 • Functional Relationships功能关系 • Relationship Framework关系基础 • Design Intent • Fundamental Dimensioning基本尺寸 • Tolerancing差异

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