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MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 429 MB | Duration: 1h 13m
Master Geometric Dimensioning and Tolerancing GD&T from scratch - a Comprehensive Approach. Course creation IN PROGRESS
What you'll learn
Why GD&T and a brief history , role of mechanical design and tolerances in the product development process
Advantages of Geometric Dimensioning and Tolerancing over the +/- system
Form Tolerances: Straightness of a centerline and of a line, Flatness, Circularity & cylindricity, Profile of a line and of a surface
Datums, datum targets and datum systems
Parallelism, Perpendicularity and Angularity
Concentricity, Coaxiality, and Position tolerance
axial and radial run-out tolerances
Specification modifiers: LP GN GX and Complementary specification modifiers: ACS SCS ALS , indicators
Tolerance zone modifiers: Combined zone CZ , separate zone SZ, Unidirectional Tol. Zone UZ
Material Condition Modifiers: Maximum material condition, Least material condition
Requirements
Basics of technical drawing
Description
Please note: Course IN PROGRESS , New lectures are added weekly
welcome you to the GD&T crash course developed by design engineers with years of experience in the automotive industry.
The course for anyone who wants to understand Geometric Dimensioning and Tolerancing in a simple and intuitive way. This course is ideal for an engineering student preparing for a mechanical engineering degree , Or for an an engineer or technician who sometimes work with technical drawings and wants to master how to read them
We will cover topics such as:
Introduction and advantages of GD&T over the + - tolerance system
From Tolerances
Straightness
Flatness
Circularity
Cylindricity
Line profile
Surface profile
Orientation Tolerances
Parallelism
perpendicularity
Inclination (Angularity)
Line profile
Surface profile
Location Tolerances
Position
Concentricity
Co-axiality
Line profile
Surface profile
Run-out Tolerances
Run-out
Total run-out
Datums
Datums , Datum Targets
Datum Systems
Modifiers
Specification modifiers
complementary specification modifiers
Tolerance zone modifiers
Toleranced geometrical element modifiers
Material Condition Modifiers: Maximum Material Condition MMC and Least Material Condition LMC
Course Project
in the course project you will apply the gained knowledge in the course to add GD&T tolerances to a Piston crank shaft assembly based on the function of each feature of each part!
As well as explaining from scratch what these symbols mean, we will go through the most common mistakes so you can avoid them. You will understand the concepts and test the knowledge with quizzes and assignments.
GD& T is the language of design engineers, come and join us and speak it fluently
Who this course is for:
Mechanical engineering students, interested in design engineering
Engineers and technicians who work with technical drawings
Design engineering enthusiasts
Homepage
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