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Autodesk Inventor 2025

Chapter 9
Advanced Assembly and Design-II

Session 0 – Introduction

Introduction

In previous chapter, we learnt about some advanced tools for assembly editing. We have also learned about various design accelerator components. In this chapter, we will continue discussing about various design accelerator components used in machineries.

Power Transmission Components

We have discussed about various power transmission components like shaft, gear, bearing, belts, keys, and so on. We will now continue discussing about rest of the power transmission components.

01 – Designing Linear Cam

Inventor 2025 training

Basics of CAD, CAM, and CAE

Starting with Autodesk Inventor

08 – iProperties

10 – Self assessment

01 – Line، Spline

02 – circle, Ellipse

04 – Rectangle, slot, polygon

05 – Fillet & Chamfer

08 – Sketch modification

09 – Creating patterns

10 – SELF ASSESSMENT

01 – Dimensioning

02 – Constraints

03 – Inserting Objects

04 – Practical (1)

05 – Practical (2)

06 – Practical (3)

07 – Practical (4)

08 – Practical (5)

09 – Practice

10 – SELF ASSESSMENT

01 – Work Plane

05 – Brief Note on Drawings

06 – Practical 1

08 – Practical 2

09 – Practical 3

10 – Practice

11 – SELF ASSESSMENT

01 – Sweep Tool

02 – Loft Tool

03 – Coil tool

04 – Emboss tool

05 – Rib Tool

06 – Decal Tool

07 – Import tool

08 – Unwrap tool

09 – Hole Tool

10 – Fillet Tool

11 – Chamfer Tool

12 – Shell Tool

13 – Draft Tool

14 – Thread Tool

15 – Combine Tool

16 – Thicken/Offset Tool

17 – Split Tool

18 – Delete Face Tool

19 – Mark tool

20 – Finish tool

21 – Practical 1

22 – Practical 2

23 – Practical 3

24 – SELF ASSESSMENT

01 – Direct Edit Tool

02 – Bend Part Tool

03 – Practical 1

04 – Practical 2

05 – Practical 3

06 – Practical 4

07 – Practical 5

08 – Practical 6

09 – Practices

10 – Self Assessment

01 – Starting Assembly Design

02 – Placing Components in Assembly

03 – Replacing Component

04 – Top-Down and Bottom-Up Approach for Assembly

05 – Creating Component in Assembly

06 – Positioning Tools

07 – Constrains

09 – Contact Set

10 – Bill of Materials

11 – Driving Constraint

12 – Practical 1

13 – Practical 2

14 – Introduction to Presentation

15 – Self Assessment

01 – Sub Assemblies

02 – Pattern in Assembly

03 – Mirror and Copy

04 – Bolted Connection

05 – Pin Joints

06 – Shaft Design

07 – Gear Design

08 – Designing Bearing

09 – Designing V-Belts

10 – Designing Roller Chains

11 – Designing Key

12 – Designing Disc Cam

13 – Practices

14 – Self Assessment

01 – Designing Linear Cam

02 – Designing Parallel Spline

03 – Generating O-Ring

04 – Brake Calculators

05 – Bearing Calculator

06 – Separated Hub Calculator

07 – Tolerance Calculator

08 – Limits/Fits Calculator

09 – Press Fit Calculator

10 – Designing Compression Spring

11 – Designing Extension Spring

12 – Inserting Frame

13 – Inserting End Cap

14 – Changing Frame Members

15 – Mitering Corners

16 – Applying Notch Cut

17 – Corner Joint

18 – Trim & Extend

19 – Lengthen/Shorten Frame Member

20 – Beam/Column Calculations

21 – Measure Tool

22 – Practices

23 – Self Assessment

01 – Starting A New File

02 – Sheet Metal Defaults Setting

03 – Sheet Metal Design Terms

04 – Face Tool

05 – Flange Tool

06 – Contour Flange

07 – Lofted Flange Tool

08 – Contour Roll Tool

09 – Hem Tool

10 – Bend Tool

11 – Fold Tool

12 – Derive Tool

13 – Cut Tool

14 – Corner Seam Tool

15 – Punch Tool

16 – Rip Tool

17 – Unfold Tool

18 – Refold Tool

19 – Flat Pattern

20 – Practical 1

21 – Practical 2

22 – Practice

23 – Self Assessment

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