Geometric Dimensioning Tolerancing Your Gdt Masterclass

Learn Geometric Dimensioning and Tolerancing Basics & Applications to Start the GD&T for Mechanical Engineering Drawings

Last updated 2022-01-10 | 4

- the manufacturing workpieces surface properties.
- the tolerancing relation with the economical manufacturing process.
- the form toleraning and its applications.

What you'll learn

the manufacturing workpieces surface properties.
the tolerancing relation with the economical manufacturing process.
the form toleraning and its applications.
the Location toleraning and its applications.
the orientation toleraning and its applications.
the tolerance zone and its applications.
the Datums and there applications.
the axis and the median faces.
the cones dimensioning & tolerancing.
the positional tolerancing and its applications.
the common tolerance zone
the projected tolerance zone and its applications.
the substitute elements and its applications.
the vectorial dimensioning and tolerancing its applications.
understand the problem of manufacturing deviations ( form
location
orientation ).
the different coordination systems.
the maximum material requirements and its applications.
the least material requirement and its applications.
the envelope requirement and its applications.
the tolerances integration and its applications.
the different kinds of location tolerancing ( positional
coaxiality
symmetry ).
the run-out tolerance and its applications.
the total run-out tolerance and its application.
the datums relation with axial lines and planes.
screw the threads geometrical drawings.
understand the difference between the positional tolerancing and the dimensional tolerancing.
understand the datum priority and its applications.
understand the datum target and its applications.
metric VS. inches dimensioning system
types of mating envelopes
calculating the clearance hole diameter
the general toleracning specifications
Rule#1 in GD&T
Rule#2 in GD#T

* Requirements

* No prior experience is needed.
* Just the passion to learn within your heart and leave the rest for us!

Description

  • the manufacturing workpieces surface properties.
  • the tolerancing relation with the economical manufacturing process.
  • the form toleraning and its applications.
  • the Location toleraning and its applications.
  • the orientation toleraning and its applications.
  • the tolerance zone and its applications.
  • the Datums and there applications.
  • the axis and the median faces.
  • the cones dimensioning & tolerancing.
  • the positional tolerancing and its applications.
  • the common tolerance zone
  • the projected tolerance zone and its applications.
  • the substitute elements and its applications.
  • the vectorial dimensioning and tolerancing its applications.
  • understand the problem of manufacturing deviations ( form , location , orientation ).
  • the different coordination systems.
  • the maximum material requirements and its applications.
  • the least material requirement and its applications.
  • the envelope requirement and its applications.
  • the tolerances integration and its applications.
  • the different kinds of location tolerancing ( positional , coaxiality ,symmetry ).
  • the run-out tolerance and its applications.
  • the total run-out tolerance and its application.
  • the datums relation with axial lines and planes.
  • screw the threads geometrical drawings.
  • understand the difference between the positional tolerancing and the dimensional tolerancing.
  • understand the datum priority and its applications.
  • understand the datum target and its applications.
  • metric VS. inches dimensioning system
  • types of mating envelopes
  • calculating the clearance hole diameter
  • the general toleracning specifications
  • Rule#1 in GD&T
  • Rule#2 in GD#T

Course content

21 sections • 72 lectures

manufacturing workpieces surface and inner properties Preview 08:34

workpieces geometric properties Preview 07:25

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metric Vs. inches dimensioning systems Preview 06:23

types of dimensioning and tolerancing Preview 05:44

geometric deviations during the manufacturing process Preview 08:30

the importance of tolerancing Preview 04:18

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reading the different geometrical symbols Preview 05:04

form , orientation and location tolerancing Preview 09:30

Run-out and total Run-out tolerancing Preview 05:33

Tolerance zone and common tolerance zone Preview 09:43

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ideal behind the datum Preview 06:40

datum priority Preview 09:10

datum target Preview 07:33

datum and tolerance relation with axial lines and median faces Preview 08:31

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Cone shapes dimensioning Preview 04:07

geometrical cones tolerancing applications Preview 06:20

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positional tolerancing Preview 04:14

circular and square patterns positional tolerancing Preview 05:31

positional tolerancing Vs. dimensional tolerancing Preview 07:16

positional tolerancing for threaded holes Preview 03:54

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idea behind the tolerancing integration Preview 05:56

tolerance integration and perpendicularity tolerance Preview 09:15

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substitute elements detection technique Preview 06:45

vectorial dimensioning and tolerancing Preview 04:58

vectorial dimensioning and tolerancing datum system Preview 06:20

vectorial dimensioing and tolerancing datum system_2 Preview 04:06

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tolerancing of substitute elements Preview 05:31

substitute features Vs. actual features Preview 04:55

substitute size Vs. actual size Preview 05:13

substitute deviations Vs. actual deviations Preview 07:30

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the idea behind the maximum material requirement Preview 05:32

maximum material requirement definitions Preview 04:34

maximum material requirement and the toleranced features Preview 08:05

maximum material requirement bolt application Preview 04:44

maximum material requirement for hole workpiece application Preview 07:49

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idea behind the least material condition Preview 04:54

least material condition importance Preview 03:38

LMR screw washer application Preview 09:06

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the ideal behind the envelope requirement Preview 04:49

envelope requirement applications Preview 04:51

types of mating envelopes Preview 04:03

calculating the clearance hole diameter Preview 08:05

calculating the clearance hole diameter for the PTZ Preview 06:55

idea behind the general tolerancing Preview 05:08

general tolerancing specifications Preview 04:24

general tolerancing specifications and advantages Preview 05:40

closed contour profile tolerancing application Preview 06:13

slot positional tolerancing Preview 06:15

manufacturing geometric deviations Preview 07:51

manufacturing geometric deviations_2 Preview 04:23

overview on the inspection of geometrical deviations Preview 06:30

definitions related to inspections of geometrical deviations Preview 05:53

the alignment process during the inspection of the geometrical deviations Preview 05:01

resultant condition Preview 08:25

resultant condition application Preview 05:45