Articles liés à CATIA V5R21模具设计教程&...
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- ISBN 10 7111397479
- ISBN 13 9787111397472
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The CATIA V5R21 mold design tutorials(Chinese Edition)
Edité par
Machinery Industry Press
(2000)
ISBN 10 : 7111397479
ISBN 13 : 9787111397472
Neuf
paperback
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Description du livre paperback. Etat : New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pub Date: November 2012 Language: Chinese in Publisher: China Machine Press CATIA V5R21 Mold Design Tutorial CATIA V5R21 for writing a blueprint for a comprehensive. systematic introduction to CATIA mold design methods and techniques. including mold design CATIA V5 Overview. CATIA V5 mold design entry. core. cavity design workbench. mold design application example. mold bases and standard parts. gating system and cooling system design. inserts. slider and oblique pin mechanism design. in parts The design work for the audience mold design and mold design examples. Arrangement of contents. the book closely with examples to explain and illustrate the CATIA mold design process. methods and techniques. representative examples of these instances are the front line of production of the actual mold design. such an arrangement can increase the utility of this book and operability. enabling the reader quickly into the mold design the combat status; in the writing style. the book is close to the actual operation of the CATIA V5R21 software interface. so that beginners can be intuitive. accurate operating software for learning. so as soon as possible places to get started. to improve learning efficiency. CATIA V5R21 mold design tutorial learning CATIA mold design self-paced tutorial and reference books. as the majority of engineering and technical personnel and also be used as the colleges students and a variety of training schools students CADCAM your courses and hands-on teaching materials. . Contents: Preface Books REVIEW book REVIEW the Chapter 1 CATIA V5R21 Mold Design Overview 1.1 injection mold structure of the core cavity design workbench 1.2 CATIA V5R21 mold design Introduction 1.2.1 Interface 1.2.2 mold design 2.1 CATIA V5R21 the 2.2 import model of the mold design process Workbench interface Chapter 2 CATIA V5R21 mold design entry 2.3-defined core cavity region 2.3.1 defined the main mold opening direction 2.3.2 2.4 to create the patch surface 2.5 to create a parting surface to create an explosion surfaces 2.6 mold parting 2.6.1 create core workpiece 2.6.2 create cavity workpiece 2.6.3 Create Chapter 3 of the mold exploded view of the core cavity design workbench 3.1 Overview 3.2 import model 3.3 defined the core cavity region 3.3.1 segmentation model area defined the main mold opening direction 3.3.2 Model 3.3.3 3.3.4 mobile elements 3.3.5 Definition slider 3.3.6 collection surfaces of the mold opening direction 3.3.7 create explosion Surface 3.4 parting line design 3.4.1 create 3.5 parting surface of the reflection curve design create a boundary curve 3.4.2 3.5.1 3.5.2 create tensile surfaces to create a filled surface 3.5.3 3.5.4 to create a multi-section surfaces to create a slider parting surface 3.5.5 Creating sweep the curved 3.5.6 create bonding surfaces of Chapter 4 mold design application example 4.1 with slider design 4.2 a multi-homed mold mold mold Design 4.3 with oblique pin mold inserts designed 5.1 of Chapter 5 mold bases and standard parts moldbase loading and editing of the standard parts of the general process of loading of the role and the design 5.2.1 Structure 5.2 moldbase moldbase and edit 5.2.2 Add moldbase 5.2.3 move template to modify the given template 5.3 5.3.1 standard pieces of 5.3 .2 add the general process of the standard parts of Chapter 6 of the gating system and the design of the cooling system 6.1 gating system design 6.1.1 Overview 6.1.2 locating ring the load 6.1.4 shunt load 6.1.3 gate sets Design 6.1. 5 gate design 6.2 cooling system design 6.2.1 Overview 6.2.2 cooling waterways 7.1 inserts Design 7.1.1 create a cavity design 6.2.3 cooling system standard Chapter 7 inserts. slider and oblique pin mechanism design inserts inserts Part 7.1.2 create core parts 7.2 slider mechanism design 7.3 the inclined pin mechanism design Chapter 8 in Part Design workbench Mold Design 8.1 Overview 8.3 8. N° de réf. du vendeur NE022860
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