- Introduction
- My Learning journey and a Learning guide to GD&T
- Importance of Engineering Drawing
- The Three Major stakeholders
- Quality of Drawing
- Cost Of Drawing Error
- Examples of Drawing error
- 3D Model to 2D representation
- Orthographic Projection of 3D into 2D and 1st angle and 3rd angle projection
- Example : what is the type of projection?
- What is Dimensioning?
- Concept of Tolerance
- Ways of representing tolerance
- Fits in Mechanical Assemblies
- Types of Fits and Selection
- Examples of types of fits
- How is Tolerance decided?
- Drawing with Tolerances
- Engineering Drawing Template
- Examples of Engineering drawings
- Need from the Drawing
- What is a Feature?
- Examples on Features and non features
- Dimension types on drawings
- How is Inspection of parts done?
- Examples of inspection of a part
- CMM inspection
- Quiz on Basics
- Tolerancing a pin with a gauge hole
- Issue with Traditional tolerancing - No Relative control of features
- Issue with Traditional tolerancing - Ambiguity in Inspection
- Issue with Traditional tolerancing - No Assembly consideration
- Issue with Traditional tolerancing - No control of Profiles
- Why GD&T is needed?
- Example of Parallel faces
- T slots example
- Poppet of Valve example
- When to use Co ordinate tolerancing and when not
- Quiz : Why GD&T ?
- Origins of GD&T
- Size, Form, Orientation and Location
- What is GD&T ? What are the important concepts?
- The Feature control Frame
- Basic Dimensions
- Common Drafting Errors- Basic dimensions and Feature control frame
- Feature of Size
- Identifying Feature of Size
- Identifying Feature of size Example 2
- Irregular Features of Size and comparison
- Comparison between GD&t and non GD&T
- Material Conditions
- Rule 1
- Rule 1 Examples and Over riding Rule 1
- Need for Reference
- Introductory concepts
- Datums : Introduction
- How Datums are Created
- Datum and Datum Feature , Terminology
- Datum Reference Frame
- Datum reference frame CAD demonstration
- Datum Reference frame - 2 Cylindrical feature and 1 Planar feature
- Datum Reference frame - 2 Cylindrical feature and 1 Planar feature CAD
- Datum Reference Frame - 1 Cylindrical and 2 Planar feature
- Datum Reference Frame - 1 Cylindrical and 2 Planar feature CAD
- Selection of Datums
- Simple Process of Applying Datums
- Examples of Datum Scheme selection
- Tolerance Zone
- How GD&T Helps Inspection?
- Tolerance zone Comparison for Position control of Hole
- Comparison Summary
- Inspection Requirements
- Datums
- Material Modifiers on Geometric tolerance
- Rule #2
- Material Modifiers Example
- Shaft Position Tolerance Brief
- Bonus Tolerance calculation- Shaft
- Hole position tolerance
- Bonus tolerance Hole
- Virtual Condition of Shaft
- Virtual Condition of Hole
- Condition for Successful Assembly
- Functional Gauging using Virtual condition
- Internal and External Boundaries
- Resultant Condition External Feature of Size at MMC
- Resultant Condition Internal Feature of Size at MMC
- Bonus Tolerances study for LMC modifier
- Resultant and Virtual conditions for LMC and Summary
- Example with LMC modifier and calculating minimum wall thickness
- Example 2 with LMC modifier and calculating minimum wall thickness
- Tolerance Calculations for manufactured part - RFS vs LMC vs MMC with exercise
- Actual Mating Envelope
- MMC, Virtual conditions