Geometric Tolerancing Standard to Machine Design

This book is for students enrolled in undergraduate mechanical engineering, or similar, programs. The material presented is based on nearly thirty years of class-tested lecture notes for courses on the applications of geometric tolerancing for designers. The book's emphasis is on fit requirements for machine components, as fit assurance makes up the majority of challenging applications in tolerancing. For design engineers, knowing how to apply geometric tolerances has been a challenge even for engineers who have practiced geometric tolerancing for a long time. The syntax and meaning of geometric tolerancing statements can be learned easily and quickly, but knowing how to use them correctly is much more difficult. In the Design-for-Fit approach, the presentation starts with the geometric requirements for various kinds of fit and then presents the geometric tolerance statements necessary to achieve those fits.

To access study problems and other supplementary files, please visit:

https://web.cecs.pdx.edu/~far/Springer%20Book%20Student%20Files/Index.htm

Introduces a unique step-by-step design-based approach to the subject of fit assurance Introduces new vocabulary and methods for design-based fit assurance applications Focuses on real examples and tolerance statements tailored to fit applications

Autorentext

Dr. Faryar Etesami is an Emeritus Associate Professor of Mechanical and Materials Engineering at Portland State University in Oregon. Dr. Etesami has many years years of teaching and research experience in the field of machine design and manufacturing. Dr. Etesami' s design experience spans over three decades which includes supervising more than two hundred capstone design projects, a variety of CAD classes, and working with geometric inspection software and tools. He has more than twenty publications in geometric tolerancing.

Inhalt
Dimensions and Tolerances .- A Design Engineer's Overview of Tolerance Statements Part I .- A Design Engineer's Overview of Tolerance Statements Part II .- Default Tolerances. .- Tolerance Design for Unconstrained Fits Between Two Parts Part-I .- Tolerance Design for Unconstrained Fits Between Two Parts Part-II .- Tolerance Design for Orientation-constrained Fits Between Two Parts .- Tolerance Design for Location-constrained Fits Between Two Parts .- Assemblies with Threaded Fasteners .- Tolerance Design of Multipart Fits .- Tolerance Analysis of Multipart Fits.<p