Technical Drawing for Product Design

This book is intended for students, academics, designers, process engineers and CMM operators, and presents the ISO GPS and the ASME GD&T rules and concepts. The Geometric Product Specification (GPS) and Geometrical Dimensioning and Tolerancing (GD&T) languages are in fact the most powerful tools available to link the perfect geometrical world of models and drawings to the imperfect world of manufactured parts and assemblies. The topics include a complete description of all the ISO GPS terminology, datum systems, MMR and LMR requirements, inspection, and gauging principles. Moreover, the differences between ISO GPS and the American ASME Y14.5 standards are shown as a guide and reference to help in the interpretation of drawings of the most common dimensioning and tolerancing specifications.The book may be used for engineering courses and for professional grade programmes, and it has been designed to cover the fundamental geometric tolerancing applications as well as the more advanced ones. Academics and professionals alike will find it to be an excellent teaching and research tool, as well as an easy-to-use guide.

Explains rules and concepts with more than 400 original illustrations Features the latest changes and improvements of the ISO GPS and ASME Y14.5-2018 standards Represents an easy-to-follow guide for designers and professionals to clarify the concepts, rules and symbols pertaining to the complex world of technical product documentation

Autorentext
Stefano Tornincasa is professor of engineering design at Politecnico di Torino, Italy. He has carried out research activities for over thirty years in the field of functional design and geometric tolerances, product development, cycle innovation through digital models and virtual prototyping methodologies (PLM).

Inhalt
Introducing GD&T and GPS.- The Geometrical Product Specification (GPS) language.- Dimensioning with geometrical tolerances.- The GPS and GD&T language.- Interdependence between dimensions and geometry.- Datums and datum systems.- Form tolerances.- Orientation tolerances.- Location tolerances.- Profile tolerances.- Run-out tolerances.- Geometrical specification for non-rigid parts.- Linear sizes.