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Design for Mechanical Assembly and Constraint Based Design

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Learn about the best practices in designing mechanical systems for assembly and design with optimal constraints


1 - Introduction
  • 1 -Introduction
  • 2 -What is Product architecture The Larger picture
  • 3 -Importance of Design of Assembly in Product architecture
  • 4 -Interfaces in Assembly
  • 5 -Integral vs Modular Design- Planning assembly
  • 6 -Integrity vs Modularity - Summary

  • 2 - Mechanical assembly in Design process
  • 1 -Design for Assembly in Design Process
  • 2 -Importance in design Quantifying impact
  • 3 -Manufacturing Costs and Generic Principles in Designing for assembly

  • 3 - Principles in design and Rules of thumb
  • 1 -Generic Rules of Thumb
  • 2 -Role of Tolerance and Fits in Assembly
  • 3 -Summary of Tolerancing
  • 4 -Characteristics of an Optimized Design
  • 5 -Factors which affect insertion
  • 6 -Factors which affect Handling of parts
  • 7 -Reducing Part count and Standardization
  • 8 -Case studies in reducing Part count
  • 9 -Self Aligning Design features
  • 10 -Blind access and engagement time of fasteners
  • 11 -Case study in Fastener Access
  • 12 -Entangling and Nesting of Parts
  • 13 -Effect of Part shape, size, thickness on Handling time
  • 14 -Effect of Part Symmetry on Handling and Insertion
  • 15 -Summary - Part symmetry

  • 4 - Jamming , welding considerations and Poka Yoke
  • 1 -Jamming - What is it and how it is prevented
  • 2 -Welding assembly considerations
  • 3 -Self Aligning features in welding and weld gun access
  • 4 -What is Poka yoke or Error proofing in mechanical assemblies
  • 5 -Advantages of Poka Yoke
  • 6 -Using Slots and Enlarged holes for Assembly

  • 5 - Case studies in basic Design for assembly
  • 1 -Case studies in Designing for Assembly 1
  • 2 -Case studies in Designing for Assembly 2

  • 6 - Introduction to Constraint based design
  • 1 -What are Degrees of Freedom
  • 2 -What are Joints in mechanical systems
  • 3 -Structure vs Mechanism and concept of Redundancy
  • 4 -Pinned vs Fixed joint

  • 7 - Under constraint, Over constraint and Redundancy in assembly
  • 1 -Problems with Over Constraint and Under Constraint
  • 2 -Examples of Redundant connections
  • 3 -Disadvantages with Redundant constraint based design

  • 8 - Exactly constrained designs and Minimum constraints
  • 1 -What is Exact Constraint based design
  • 2 -Designing an assembly with Minimum constraints
  • 3 -Practical Examples of constraint optimized design
  • 4 -More examples in Redundant constraints

  • 9 - Nesting force and constraining in 2D
  • 1 -Nesting force and constraining a 2D Plate
  • 2 -Rules to avoid Over-Constraint
  • 3 -Nesting Force Window

  • 10 - Examples in application of concept of constraint based design
  • 1 -Examples of Applied Constraint based design 1
  • 2 -Examples of Applied Constraint based design 2
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    تاریخ انتشار: ۷ تیر ۱۴۰۴
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