Phu Xuan University Library
|
PXU E-LIB
Sign in
Inventor Parametric Design: Level 1

External

Inventor Parametric Design: Level 1

This textbook provides a project-structured methodology for learning Autodesk Inventor. The three projects included will equip learners to build parameter-driven designs, giving them fundamental skills that are scalable for modern manufacturing environments. The three chapters cover: (1) Technical Drawings, (2) Bottom-Up Design, and (3) Top-Down Design.

Engineering
Author
Alex Bahl
Publisher
Western Technical College
Source
LibreTexts
License
CC BY-NC
Language
EN
Read online Download PDF (open licence)
Contents· 47 sections
  1. 01: Technical Drawings
  2. 1.01: Understanding Technical Drawings
  3. 1.1.01: Overview of Technical Drawings in Engineering Design
  4. 1.1.02: Standardized Drafting Conventions
  5. 1.1.03: Overview of Relevant ASME Standards
  6. 1.1.04: Lines and Lettering
  7. 1.1.05: Orthographic Drawings Views
  8. 1.1.06: Dimensioning and Tolerancing
  9. 1.02: Peer Review Process and Markup Drawings
  10. 1.2.01: The Role of Peer Review in Engineering Design
  11. 1.2.02: Best Practices for Markup and Revision Cycles
  12. 1.2.03: Autodesk Design Review
  13. 1.03: Taking a Tour of Inventor's User Interface
  14. 1.3.01: Overview of UI Elements
  15. 1.04: Correcting Drawings in Inventor
  16. 1.4.01: Making Corrections to Technical Drawings
  17. 1.05: Project 1- The Expansion Joint
  18. 1.5.01: Project Overview and Design Objectives
  19. 1.5.02: Step-by-Step Workflow
  20. 02: Bottom-Up Design
  21. 2.01: Understanding Bottom-Up Design in CAD
  22. 2.1.01: Case Study- Bottom-Up Design
  23. 2.02: Importing Purchased Parts into Inventor
  24. 2.2.01: Using Standard Parts in CAD
  25. 2.2.02: Updating iProperties from Vendor Models
  26. 2.2.03: Modifying Vendor Models for Unique Assemblies
  27. 2.03: Part Modeling in Inventor
  28. 2.3.01: Customizing UI for Efficient Workflow
  29. 2.3.02: Conveying Design Intent in a 2D Sketch
  30. 2.3.03: Geometric Constraints in Inventor
  31. 2.3.04: Sketched Features
  32. 2.3.05: Placed Features
  33. 2.04: Assembly Creation in Inventor
  34. 2.4.01: Why Assemble
  35. 2.4.02: Applying Assembly Constraints
  36. 2.05: Project 2- The Worm Gear Driven Hand Winch
  37. 2.5.01: Project Objectives and Design Requirements
  38. 03: Top-Down Design
  39. 3.01: Introduction
  40. 3.1.01: Understanding Top-Down Design in CAD
  41. 3.02: Fits Limits and Dimensioning Principles
  42. 3.2.01: Understanding Mechanical Fits
  43. 3.2.02: Applying Limits and Tolerancing Standards
  44. 3.03: Multi-Body Part Models
  45. 3.3.01: Why Multi-Body Modeling is Essential in Top-Down Design
  46. 3.04: Project 3- The Fidget Spinner
  47. 3.4.01: Project Overview and Design Objectives