UG NX3 3D Modeling Excellent Examples Guide

Author: Kang Peng Studio
Publisher:
Publish Date: 2005-08-01
Features: Basic modeling techniques and UG NX3 usage; fundamental modeling features, as well as the application of curves and sketches; introduces the usage of major modeling tools through 21 examples; advanced applications based on modeling—split die design and sheet metal design.
The CD contains: Video files demonstrating sheet metal models and mold model examples.
The content of this book focuses on product part modeling applications, with all examples adapted from parts used in the author's work, making it highly practical. Through numerous modeling examples, the book introduces the basic functions, usage methods, and tips of UG NX3 by EDS. The content covers everything from basic software operations to the use of modeling tools, the application of curves and sketches, and advanced applications such as mold design and sheet metal design based on modeling. Additionally, this book is the designated textbook for the 3D Design Remote Training program by Computer Weekly.
It can serve as a practical training tutorial, a textbook for CAD courses in mechanical manufacturing majors at junior college or undergraduate levels, a self-study reference, and a guide for design personnel in the mechanical industry to self-learn the software.
The book focuses on product part modeling applications, covering everything from basic software operations to the use of modeling tools, the application of curves and sketches, and advanced applications such as mold design and sheet metal design based on modeling. Through numerous modeling examples, it introduces the basic functions, usage methods, and tips of UG NX3 by EDS.
The book is divided into five chapters. In Chapter 1, readers will familiarize themselves with the UG NX3 environment and learn basic modeling techniques. In Chapter 2, they will step-by-step learn tool bar customization, basic object operations, and coordinate system operations through exercises. In Chapter 3, they will learn modeling fundamental features, curves, and sketches through examples. In Chapter 4, major modeling tools will be introduced in a progressive and easy-to-understand manner through numerous modeling examples. In Chapter 5, advanced applications based on modeling are introduced, including split die design in mold design and sheet metal design.
It can serve as a practical training tutorial, a textbook for CAD courses in mechanical manufacturing majors at junior college or undergraduate levels, a self-study reference, and a guide for design personnel in the mechanical industry to self-learn the software.