All-Embracing Manufacturing

<p>1 Introduction<br>1 Introduction<br>1.1 Industrial Management <br>2 All-Embracing Manufacturing Technology <br>2.1 Human Emulation Examples <br>2.2 System Notions <br>2.3 All-Embracing Technology Concepts <br>3 All-Embracing Technology System Architecture <br>3.1 Basic System Files <br>3.2 Master Management: Management Information Generator<br>3.3 Production <br>4 Summary </p><p>2 Process Planning: Routing<br>1 Introduction<br>2 First Stage: Process Planning <br>2.1 Stage 1 Example<br>3 Second Stage: Transformation <br>3.1 Preliminary Resource Selection <br>3.2 Operation Transformation <br>3.3 Computational Method <br>4 Stage 3: Routing Generator <br>4.1 Definition of the Combinatorial Problem <br>4.2 General Matrix Solution <br>5 Conclusion<br><br>3 Production Module<br>1 Introduction<br>1.1 Traditional Approach <br>2 Production Management Strategy: Roadmap Manufacturing <br>2.1 Roadmap Notions <br>2.2 Production Planning <br>2.3 Stock Allocation Priority <br>2.4 Stock Allocation Method <br>2.5 Adjust Quantities <br>2.6 Capacity Planning: Resource Loading <br>2.7 Job Release for Execution <br>3 Shop Floor Control <br>3.1 Concept and Terminology <br>3.2 Algorithm and Terminology <br>3.3 Summary <br><br>4 Production Planning: Demonstration<br>1 Introduction<br>1.1 The Scenario <br>2 The Planning Steps <br>2.1 Determination of Stock Allocation Priorities<br>2.2 Stock Allocation <br>2.3 Capacity Planning: Resource Loading <br>2.4 Job Release for Execution <br>2.5 Shop Floor Control <br><br>5 Product Specifications and Design <br>1 Introduction <br>1.1 Product Design: Engineering Design <br>1.2 Design Goals: Task Specifications <br>1.3 Product Specifications Methods <br>1.4 Master Product Design System: Concept Design <br>1.5 Master Design System: Detail Design <br>1.6 Summary <br><br>6 Detail Design<br>1 Introduction<br>1.1 Assembly Steps<br>2 Assembly-Oriented Planning <br>2.1 Manual Assembly <br>2.2 Automatic Assembly<br>2.3 Robotic Assembly <br>2.4 Hybrid Automatic-Manual Assembly<br>3 Design Constraints for Assembly <br>3.1 Design Rules <br>3.2 Orientation <br>3.3 Fastening <br>4 Component Design for Placement<br>4.1 Component Which is Nearly Identical on Both Sides<br>4.2 Headed Fasteners <br>4.3 Components Design for Placement <br>5 Summary <br><br>7 Management Decision Support System<br>1 Introduction<br>2 Plant Performance Measurement <br>2.1 Resource Suitability to Products <br>2.2 Production Planning Performance Level<br>2.3 Shop Floor Performance Level <br>3 Resource Planning <br>3.1 Resource Recommendation Module <br>4 Maximum Profit Criterion of Process Planning Optimization <br>5 Determining a Process for Maximum Profit <br>5.1 First Stage <br>5.2 Second Stage <br>5.3 Third Stage <br>5.4 Testing the Algorithm<br>5.5 Summary of Maximum Profit <br>6 Determining Delivery Date and Cost<br>6.1 Generating Alternatives of Cost: Delivery Date: New Order<br>6.2 Summary <br>6.3 Chapter Summary </p><p>Index</p>