Complete Geometric Dimensioning & Tolerancing(Ultimate GD&T)

سرفصل های دوره

Learn Geometric dimensioning and tolerancing basics and advanced concepts and applications in scope of mechanical design

1 - Fundamentals of geometric drawings

1 -Manufacturing workpieces surface and inner properties

2 -Workpieces geometric properties

3 -Metric Vs. inches dimensioning systems

4 -Geometric definitions

5 -Types of fits

6 -Types of features

7 -Assignment 1.pdf

7 -Assignment 1(Solution).pdf

7 -Fundamentals of engineering drawings

7 - Assignment (1).html

8 -Defects in engineering drawings

2 - Overview on the tolerancing and the deviations

1 -Basics of dimensioning & tolerancing

2 -Idea behind traditional tolerancing

3 -Traditional tolerance zone defect

4 -Coaxially & measurement defects

5 -Traditional tolerancing dimensioning defect

6 -Idea behind general tolerancing

7 -General tolerancing specifications

8 -General tolerancing advantages

9 -Designing tolerance margin_1

10 -Designing tolerance margin_2

11 -Application on tolerance margin design

3 - Geometric dimensioning basics

1 -Geometric parameters

2 -Feature of size

3 -Assignment 2.pdf

3 -Assignment 2(Solution).pdf

3 -Geometric symbols

3 - Assignment (2).html

4 -Feature control frame

4 - Datums

1 -Importance of datums

2 -Idea behind the datum

3 -Datum priority

4 -Datum target

4 -datum target.pdf

5 -Datum parameters

6 -Datum reference plan creation

7 -Datum and tolerance relation with axial lines and median faces

8 -Datum selection

5 - Different types of tolerancing

1 -Manufacturing geometric deviations_1

2 -Manufacturing geometric deviations_2

3 -Importance of tolerancing

4 -Form , orientation and location tolerancing

5 -Tolerance zone and common tolerance zone

6 - Form control

1 -Idea behind straightness form control

2 -Straightness form control inspection

3 -Applications of straightness form control

4 -Importance of flatness form control

5 -Flatness form applications

6 -Circularity form control

7 -Cylindricity form control

7 - Angularity orientation control

1 -Idea behind Angularity orientation control

2 -Perpendicularity orientation control

3 -Parallelism orientation control

4 -Applications on orientation control

8 - Positional control

1 -Positional tolerancing case study

2 -Positional circular Vs. square tolerance zone

3 -Positional Vs. dimensional tolerancing

4 -Concentricity control

5 -Symmetry tolerancing

9 - Run-out control

1 -Idea behind run-out & total run-out control

2 -Notes on run-out tolerancing

3 -Applications on run-out tolerancing

10 - Profile control

1 -Idea behind profile control

2 -Profile control different cases

3 -Applications on profile control

11 - Refinement tolerancing

1 -Refinement of hole positional tolerancing

2 -Refinement of profile tolerancing

12 - Projected tolerance zone

1 -Threaded hole tolerance zone deviation

2 -Projected tolerance zone

13 - Maximum material requirements (MMR)

1 -Idea behind maximum material requirement

2 -Maximum material requirement definitions

3 -Maximum virtual condition usage (MMVC)

4 -MMR for toleranced features

5 -Applications on MMVC

6 -MMR bolt application

7 -MMR plate holes application

8 -Assignment 3.pdf

8 -Assignment 3(solution).pdf

8 - Assignment(3).html

14 - Maximum material condition calculations

1 -Calculating the clearance hole diameter

2 -Calculating the clearance hole diameter for the PTZ

15 - Least material requirements (LMR)

1 -Idea behind the least material condition

2 -Importance of least material condition

3 -LMR screw washer application

4 -Applications on LMVC

16 - Rules of GD&T

1 -Rule#1

2 -Exceptions of Rule#1

3 -Rule#2

4 -Assignment 4.pdf

4 -Assignment 4(solution).pdf

4 - Assignment(4).html

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تولید کننده: Udemy