Parametric Modeling with Pro/ENGINEER Wildfire: An Introduction to Pro/Engineer Wildfire

Parametric Modeling with Pro/ENGINEER Wildfire: An Introduction to Pro/Engineer Wildfire

by Randy H. Shih

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Overview

Parametric Modeling with Pro/ENGINEER Wildfire: An Introduction to Pro/Engineer Wildfire by Randy H. Shih

The primary goal of this book is to introduce the aspects of Solid Modeling and Parametric Modeling. The text is a hands-on, exercise-intensive approach to all the important parametric modeling techniques and concepts. The basic premise of this book is that the more designs you create, the better you learn the software.

Product Details

ISBN-13: 9781585031160
Publisher: SDC Publications
Publication date: 05/11/2003
Edition description: New Edition
Pages: 366
Product dimensions: 8.27(w) x 11.02(h) x (d)

Table of Contents

Introduction
1. Parametric Modeling Fundamentals
Starting Pro/ENGINEER; units and basic datum geometry setup; tree structure; sketching plane; creating 2D rough sketches; Sketcher and Intent Manager; cursors; geometric constraint symbols; dynamic viewing functions; apply/modify constraints and dimensions; display modes; creating a cut feature; save and exit.
2. Constructive Solid Geometry Concept
Binary tree; set up and orient sketching plane; create a 2D section for a CUT feature; redefine a feature; create a HOLE feature.
3. Model History Tree
Modeling strategy; extrusion; default view setup; renaming part features; examine model history; history-based part modification; modify dimensional values; modify the 2D sketch.
4. Parent/Child Relationships
Blind extrusion; create center drill feature; examine parent/child relationships; modify parent dimension; design change; feature suppression; create circular cut feature; reactivate suppressed feature; reroute center drill feature.
5. Parametric Relations
Parametric relations and constraints; using a sketch file; dimensional values and dimensional variables; sketch files vs. part files; display and edit parametric relations; feature relations.
6. Geometric Constraints
Using 2D Sketcher in 3D orientation; implicit geometric relationships; disable/enable constraints; create and divide a circle; create a closed region sketch; modify geometry by drag-and-drop; controlling geometric relationships; Redo and Undo; sketcher points; deleting geometric constraints; weak dimensions and constraints; offset loop option; dynamically modify thickness of the design.
7. Reference Geometry and Construction Relations
Drawings from parts; associative functionality; create a revolved feature; create diameter dimensions; mirror option; add a radial hole feature; create a circular pattern; parametric relations; create a multi-view part drawing; adjust display mode of views; display feature dimensions; adding driven dimensions; display centerlines; bi-directional associative functionality.
8. Three Dimensional Construction Tools
2D sketch; create revolved part and a sweep feature; define sweep trajectory and sweep section; create a blend feature; create 2D blend sections; create 3D rounds and fillets; create a shell feature; create a pattern leader and a rectangular pattern.
9. Advanced Modeling Tools
Create the base feature; use CUT to create a Boolean Intersect; create a reference plane; draft command; create a sketched hole; copy function; chamfers; simple and advanced rounds and fillets; change model colors; use drawing format in a part drawing.
10. Assembly - Putting It All Together
Assembly modeling methodology; create additional parts; create a subassembly; retrieve components; placement constraints; create assembly model; explode assembly; associative functionality.

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