ACU-OER

Geometric DimensioningTolerancing

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- Category : Natural Sciences > Chemistry
- Keyword : dimensioninggeometrysymbolvariationfeature
- Taught by : Cho Cho Myint Aye
- Created By : University of Technology(Myanmar)
- Offered By : ASEAN Cyber University
- Date Added : 2017.02.21
To learn a system that uses standard symbols to indicate tolerances that are based on the feature's geometry.It uses a symbolic language on engineering generated three dimensional solid models that explicitly describes nominal geomertry and its allowable variation.GD&T is used to define the nominal (theoretically perfectgeometry of parts and assembliesto define the allowable variation between features.

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Number of lessons: 14

차시별 강의
No	Contents Type & Play	Subject	Description	URL
1.	Type	Subject Orientaion	Description Orientaion	Url URL
2.	Type	Subject Introduction to Geometric Dimensioning and Tolerancing	Description This material explains about Advantages of GD&T over Coordinate Dimensioning and Tolerancing.	Url URL
3.	Type	Subject Dimensioning and Tolerancing Fundamentals	Description This material explains about Dimensioning and Tolerancing Fundamentals .	Url URL
4.	Type	Subject Terms, Rules and Datums	Description This material explains about datum feature symbol, the feature control frame, Rule #1, Rule #2,The Pitch Diameter Rule and The Virtual Condition Rule .	Url URL
5.	Type	Subject Form	Description This material explains about Flatness, Straightness , Circularity and Cylindricity .	Url URL
6.	Type	Subject Orientation	Description This material explains about Parallelism, Perpendicularity and Angularity.	Url URL
7.	Type	Subject Position, General	Description This material explains about the Position Tolerance, Regardless of Feature Size,Maximum Material Condition, Shift Tolerance and Least Material Condition.	Url URL
8.	Type	Subject Position, Location	Description This material explains about Floating Fasteners ,Fixed Fasteners, Projected Tolerance Zones, Multiple Patterns of Features and Composite Positional Tolerancing.	Url URL
9.	Type	Subject Position, Coaxiality	Description This material explains about Comparison Between Position, Runout, and Concentricity, Specifying Coaxiality at MMC, Composite Positional Control of Coaxial Features and Tolerancing a Plug and Socket.	Url URL
10.	Type	Subject Concentricity and Symmetry	Description This material explains about Concentricity and Symmetry.	Url URL
11.	Type	Subject Runout	Description This material explains about Circular Runout, Total Runout, Specifying Runout and Partial Runout, Multiple Datum Features and Face and Diameter Datum.	Url URL
12.	Type	Subject Proﬁle	Description This material explains about Specifying Proﬁle, The Application of Datums , A Radius Reﬁnement with Proﬁle , Combing Proﬁle Tolerances with Other Geometric Controls and Coplanarity.	Url URL
13.	Type	Subject Graphic Analysis	Description This material explains about Advantages of Graphic Analysis, The Accuracy of Graphic Analysis and Analysis of a Composite Geometric Tolerance.	Url URL
14.	Type	Subject A Strategy for Tolerancing Parts	Description This material explains about Size Features Located to Plane Surface Features, Size Features Located to Size Features and A Pattern of Features Located to a Second Pattern of Features.	Url URL