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2016 | Buch

Introduction Kapitel lesen Erstes Kapitel lesen

Computer Aided Virtual Manufacturing Using Creo Parametric

Easy to Learn Step by Step Guide

verfasst von: Paul Obiora Kanife

Verlag: Springer International Publishing

Enthalten in: Springer Professional "Wirtschaft+Technik" , Springer Professional "Technik" , Springer Professional "Wirtschaft"

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Über dieses Buch

Providing a step-by-step guide for the implementation of virtual manufacturing using Creo Parametric software (formerly known as Pro-Engineer), this book creates an engaging and interactive learning experience for manufacturing engineering students.

Featuring graphic illustrations of simulation processes and operations, and written in accessible English to promote user-friendliness, the book covers key topics in the field including: the engraving machining process, face milling, profile milling, surface milling, volume rough milling, expert machining, electric discharge machining (EDM), and area turning using the lathe machining process.

Maximising reader insights into how to simulate material removal processes, and how to generate cutter location data and G-codes data, this valuable resource equips undergraduate, postgraduate, BTech and HND students in the fields of manufacturing engineering, computer aided design (CAD) and computer aided engineering (CAE) with transferable skills and knowledge. This book is also intended for technicians, technologists and engineers new to Creo Parametric software.

Inhaltsverzeichnis

Frontmatter
Chapter 1. Introduction
Abstract
Creo Parametric (Previously knows as Pro Engineer and Wildfire) is one of the most sophisticated and advanced solid modelling programmes available in the market. It is the registered trade mark property of PTC Inc. (Parametric Technology Inc.) in the United States and other countries. It drives its power from the extremely rich command set that understandably requires constant practice to master effectively and efficiently.
Paul Obiora Kanife
Chapter 2. Engraving Tutorial
Abstract
Engraving is used to inscribe (a design, writing, character, etc.) onto a block, plate or other surface by carving, etching with acid or other process.
Paul Obiora Kanife
Chapter 3. Face Milling Operation
Abstract
Face Milling Machining process is used to smoothen or clear any excessive material on the Part/Workpiece surface. It is usually the first NC sequence used in machining a part.
Paul Obiora Kanife
Chapter 4. Volume Rough Milling Operation
Abstract
The Volume Rough milling operation is used when excess materials have to be removed from the Part/Workpiece surface as will be demonstrated in this Volume Rough milling tutorial.
Paul Obiora Kanife
Chapter 5. Profile Milling Operation
Abstract
This chapter will highlight the importance of Profile Milling Operation after performing Volume Rough milling operation on a Workpiece.
Paul Obiora Kanife
Chapter 6. Volume Rough Milling Operation, Mill Surface and Drill Operation
Abstract
Volume Rough milling operation of a 3D part/model will be carried out followed by Surface milling and Drilling operation. This will be achieved by outlining a detailed step by step process guide.
Paul Obiora Kanife
Chapter 7. Volume Rough Milling Using Mill Window and Surface Milling Operation
Abstract
Volume Rough Milling using Mill Window and Surface Milling operation will be covered in this chapter.
Paul Obiora Kanife
Chapter 8. Expert Machinist
Abstract
This machining operation is a two-and-half axis machining process.
Paul Obiora Kanife
Chapter 9. Electric Discharge Machining (EDM)
Abstract
Wire EDM is mainly used for cutting hard metals. EDM is a two-axis Machining process.
Paul Obiora Kanife
Chapter 10. CNC Area Lathe Turning
Abstract
Area Turning is used to remove excess material from stock. Area Turning is a two-axis machining process.
Paul Obiora Kanife
Chapter 11. Area Lathe Turning, Drilling, Boring and Volume Milling
Abstract
This chapter covers Area Lathe Turning, Drilling, Boring and Volume Milling operations on a 3D part/model. A detailed step by step process guide will be used to accomplish all these machining operations.
Paul Obiora Kanife
Chapter 12. Five-Axis Machining of Intricate Part
Abstract
The aim of this tutorial is to expose learners to the importance and capability of five-axis CNC Milling Machine.
Paul Obiora Kanife
Chapter 13. Surface Milling of Intricate Cast Part
Abstract
In this tutorial, the following step-by-step guide of five axis Surface milling of intricate part will be covered.
Paul Obiora Kanife
Backmatter
Metadaten
Titel
Computer Aided Virtual Manufacturing Using Creo Parametric
verfasst von
Paul Obiora Kanife
Copyright-Jahr
2016
Electronic ISBN
978-3-319-23359-8
Print ISBN
978-3-319-23358-1
DOI
https://doi.org/10.1007/978-3-319-23359-8

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