Fundamentals of Geometric Dimensioning and Tolerancing is a compulsory course for major of Mechanical Engineering, which is taught in English.
This course has been created to allow those interested in the principles of geometric product definition to follow step-by-step examples in the application of geometric controls.
The course consists of two parts: Theory and experiment. There are 9 chapters and 33 units in total.
Learners of this type of course are overwhelmingly likely to be logical people; otherwise they would not be involved in the professions its language of symbology serves. It enables you to learn professional English as well as professional courses. It will help lay a foundation for future professional study and work.
1. Learning the basic concepts and theoretical knowledge concerning geometrical product specification standard of ISO.
2. Be able to use the geometrical product specification standard, geometrical tolerancing, and principles of evaluation for the geometric design of product, solving problems in real design of the products.
3. Developing students' experimental skills and cultivating students' environmental and safety consciousness during the execution of experiments.
4 MEASUREMENT TECHNOLOGY
4.1 LIMIT GAUGE
4 MEASUREMENT TECHNOLOGY
4.2 STRAIGHTNESS MEASUREMENT
4.3 FLATNESS MEASUREMENT
4 MEASUREMENT TECHNOLOGY
3 GEOMETRICAL TOLERANCES
3 GEOMETRICAL TOLERANCES
3.4 RUN-OUT TOLERANCES
3.2 ORIENTATION TOLERANCE
3.1 FORM TOLERANCE
3.3 POSITION TOLERANCE
3.5 PROFILE TOLERANCES
3 GEOMETRICAL TOLERANCES
6 SURFACE ROUGHNESS
6.1 ROUGHNESS PARAMETERS
6.2 ROUGHNESS SYMBOLS AND MEASUREMENT
6 SURFACE ROUGHNESS
6 SURFACE ROUGHNESS
8 REVIEW EXERCISES
8.3 EXECISES FOR TOLERANCE THEORY
8.2 EXECISES FOR GEOMETRICAL TOLERANCE
8 REVIEW EXERCISES
8.1 EXECISES FOR DIMENSIONAL TOLERANCE
2 DIMENSIONAL TOLERANCES
2.2 FITS
2 DIMENSIONAL TOLERANCES
2.1 LIMIT AND TOERANCES
2 DIMENSIONAL TOLERANCES
9 EXPERIMENTS
9.5 SURFACE ROUGHNESS MEASUREMENT
9.4 ROUNDNESS&&CYLINDRICITY MEASUREMENT
9.3 FLATNESS MEASUREMENT
9.2 STRAIGHTNESS MEASUREMENT
9.1 DIMENSIONAL DEVIATION MEASUREMENT
9 EXPERIMENTS
5 TOLERANCE PRICIPLES
5.2 LEAST MATERIAL REQUIREMENT
5.1 MAXIMUM MATERIAL REQUIREMENT
5.3 ENVELOPE REQUIREMENT AND RECIPROCITY
5 TOLERANCE PRICIPLES
5 TOLERANCE PRICIPLES
7 TOLERANCE STACK-UP AND DIMENSIONAL CHAIN
7.1 FUNDAMENTAL OF TOLERANCE STACK-UP
7.3 ENGINEERING SOFTWARE TOOLS FOR TSU
7.2 LINEAR TOLERANCE STACK-UP
1 INTRODUCTION
1.1 INTERCHANGEABILITY
1.2 STANDARDIZATION
Prerequisites:
Engineering Graphics
Textbook:
Geometrical Dimensioning and Tolerancing for Design, Manufacturing and Inspection, Georg Henzold. Elsevier press, second edition 2006, reprinted 2009
Reference book:
Geometric Dimensioning and Tolerancing for Mechanical Design, James D. Meadows. MERCEL DEKKER Press 1995