Title: Geometric Dimensioning and Tolerancing : Self-Study Workbook, Based on ASME Y14.5M Author: Alex Krulikowski ISBN: 0924520019 / 9780924520013 Format: Spiral Bound Pages: 500 Publisher: ETI Availability: Out of Stock
Description
Feature
Contents
This start-to-finish self-training course in geometric dimensioning and tolerancing has become a classic in the field. Learn GD&T at your own pace, using problems from real life applications. Thirty targeted lessons give you an insider’s grasp of GD&T. The course can be used for self-study or for a team-learning approach.
The workbook has innumerable tips, suggestions, and practical illustrations. You’ll find yourself reaching for your GD&T Self-Study Workbook time and again to help you solve problems you encounter in your daily work. It’s a resource that will pay dividends for years to come.
Consider:
· The cost of being beaten by a competitor
· The cost of guesswork in interpreting drawings
· The cost of just one mistake
Program goal: The goal of Geometric Dimensioning and Tolerancing Self-Study Workbook is to teach GD&T, using problems from real-life applications, thereby allowing the employee to understand engineering drawing specifications.
Unlike classroom training, this technique lets you work at your own speed. You learn by doing and receive instant feedback from skills assessment tools. As an added benefit, you’ll find yourself using this workbook as a resource for years to come.
This book is a valuable tool for: This illustrated, easy-to-use workbook will be valued by everyone who uses drawings in your firm. Experts can brush up GD&T skills; novices can become proficient quickly. Designers, checkers, engineers, technicians, purchasers, and salespeople will find GD&T opening the door to good drawing communication.
1 Introduction to Engineering Drawings
2 Benefits of Geometric Tolerancing
3 Eight Key GD&T Terms
4 GD&T Modifiers and Symbols
5 Rule #1 and Rule #2
6 Concepts of GD&T
7 Introduction to the Flatness Control
8 Introduction to the Straightness Control
9 Introduction to the Circularity Control
10 Introduction to the Cylindricity Control
11 The Datum System (Planar Datums)
12 Introduction to Datum Targets
13 FOS Datum Specifications (RFS)
14 FOS Datum Specifications (MMC)
15 Introduction to the Perpendicularity Control
16 Introduction to the Angularity Control
17 Introduction to the Parallelism Control
18 Introduction to the Tolerance of Position
19 Tolerance of Position Applications
20 Introduction to Cartoon Gages
21 Calculating Part Distances
22 How to Use the Fixed and Floating Fastener Formulas
23 TOP Special Applications
24 Introduction to the Concentricity Control
25 Introduction to the Symmetry Control
26 Introduction to the Circular Runout Control
27 Introduction to the Total Runout Control
28 Introduction to Profile Tolerancing
29 Introduction to the Profile of a Surface Control