Guide to 3D Modeling

ISBN9782553017254 EditeurPresses internationales Polytechnique pages41 Parution2020-08-24
Acheter la version papier
@ 16,50 $
Partager

Quatrième de couverture

The Guide to 3D Modeling provides a systematic and structured approach to 3D modeling that focuses on the visual representation of the solid. The strategy adopted for presenting these concepts is simple and effective: one page, one topic.

This way, the reader has access at a glance to an overview of all the information on a given topic. The Guide contains the basic principles of part modeling, the steps for achieving fully constrained sketches, the 3D signature of the various base solids from which to start a model, the transformation and dress-up of an existing solid, and an introduction to parts assembly. The final chapter discusses the production of design and working drawings by projection of a 3D model.

Lastly, in appendix, the reader will find the list of steps to follow when modeling a part and an overview of the degrees of freedom associated with a coincidence constraint.

Instead of referring to a specific software program, the Guide presents the reasoning and principles common to multiple modeling programs, such as SolidWorks and CATIA V5 (Dassault Systèmes), Inventor (Autodesk), Solid Edge and NX (Siemens), and open-source software such as FreeCAD.

The Guide to 3D Modeling is primarily intended for undergraduate engineering students and for students in related fields at the college level and in professional training. It is also an excellent reference for practitioners working in the industry after graduation.

This title is also available in French: Guide de modélisation 3D
André Cincou is a Professional Engineer and Teaching Professor in the Department of Mechanical Engineering at Polytechnique Montreal, where he coordinates computer-assisted drawing courses in engineering and in mechanical systems modeling. His Guide to the Standards and Conventions of Graphic Representation, also published by Presses internationales Polytechnique, won the « Prix de la ministre de l?Éducation, du Loisir et du Sport du Québec » (an award from Québec?s minister of education, recreation and sport) in 2011.

Christian Fortin is a Professional Engineer with Bombardier and a lecturer in the Department of Mechanical Engineering at Polytechnique Montreal, where he teaches the mechanical systems modeling course. He has made significant contributions to the writing of several reference documents used in the course.
Table of contents

Introduction to Part Modeling

1. Principles of Sketch-Based Modeling and Modeling Features
2. Steps for Modeling a Part
3. Modeling Tree
4. Work Object
5. Feature Order in the Modeling Tree

Sketches and Constraints

1. Steps for Achieving a Fully Constrained Contour
2. Geometrical Constraints
3. Dimensional Constraints
4. Steps for Constraining Elements of a Sketch
5. Standard Element and Construction Element

Base Features

1. Extrusion / Cutout
2. Revolved Extrusion / Revolved Cutout
3. User-defined Extrusion / User-defined Cutout
4. Overview of Base Solid Generation
5. Hole
6. Stiffener

Transformation and Dress-up of the Solid

1. Pattern
2. Symmetry
3. Edge Fillet / Chamfer
4. Cut by Plane
5. Shell

Introduction to Parts Assembly

1. Principles of Constraint-Based Assembly
2. Steps for Modeling a Constraint-Based Assembly
3. Assembly Tree
4. Assembly Constraints
5. Degrees of Freedom Associated with a Coincidence
6. Constraint
7. Modeling in Context

Design and Working Drawings

1. Steps for Creating a Detail Drawing by Projecting a 3D model 36
2. Steps for Creating an Assembly Drawing by Projecting a 3D Model

Appendices

1. Detailed Steps for Modeling a Part
2. 40 Overview of the Degrees of Freedom Associated with a Coincidence Constraint