CAD-CAM & Rapid prototyping Application Evaluation
Publisher: Bookboon.com
Published: 2013
ISBN-13: 9788776816766
Table of contents: title: Content; title: Overview; title: 1. Computer Programs In Manufacturing; title: 1.1 Parametric Technologies; title: 1.1.1 Production Modules In Pro/ENGINEER; title: 1.2 Autodesk; title: 1.2.1 Autocad Inventor Professional Suite; title: 1.3 Ansys; title: 1.4 Ibm - Catia; title: 1.5 Datacad; title: 1.6 References; title: 2. Computer Programs In Design; title: 2.1 Unigraphics Solutions; title: 2.2 Autodesk; title: 2.2.1 Autocad Mechanical /Power Pack; title: 2.2.2 Inventor Professional; title: 2.3 Cadtek Systems; title: 2.3.1 Cocreate ME10; title: 2.4 Solidworks; title: 2.4.1 Solidworks 2010; title: 2.5 References; title: 3. Cadcam System Selection, Evaluation & Management; title: 3.1 Pros & Cons Of Introducing A Cadcam System; title: 3.2 Method Of Proceeding; title: 3.2.1 Pumpco’s Production Interests; title: 3.2.2 Formulation Of Specifi c Cadcam Requirements; title: 3.2.3 Cadcam Market Study; title: 3.3 Procedure For The Final Selection; title: 3.4 Master Implementation Plan; title: 3.5 References; title: 4. Cam Application Evaluation: A Model Processing Case Study; title: 4.1 Technological Analysis Of The Model; title: 4.2 Specifying The Cutting Tools And Calculating Cutting Data; title: 4.2.1 For The First Operational Sequence– Milling Of The Top Protrusion; title: 4.2.2 For The Second Operational Sequence – Milling Of The Cylindrical Pocket; title: 4.2.3 For The Third Operational Sequence – Milling Of The Rectangular Pocket; title: 4.2.4 For The Fourth Operational Sequence – Drilling The Set Of 4 Holes With Diameter 20mm; title: 4.2.5 For The Fifth Operational Sequence – Drilling The Set Of 7 Holes With Diameter 12mm; title: 4.2.6 For The Sixth Operational Sequence – Milling The Text Pocket “Jba”; title: 4.3 Pro/Engineer Part Manufacture Simulation; title: 4.3.1 Creating A New File; title: 4.3.2 Defi ning A Co-Ordinate System For The Machine Tool; title: 4.3.3 Operation Setup; title: 4.3.4 Creating The Machining Sequences; title: 4.4 Ez-Mill Simulation Of The Manufacturing Of The Part; title: 4.4.1 Defi ning A Co-Ordinate System For The Machine Tool; title: 4.4.2 Creating The Machine Work Steps; title: 4.5 Usability and Available Feautures of Pro/Engineer And EZ-MILL; title: 4.5.1 File Organisation; title: 4.5.2 Operational Organisation; title: 4.5.3 Usability And Available Features; title: 4.6 Innovative Approaches To Optimise The Manufacturing Process Plan; title: 4.7 Reiterative Approach To Optimise The Machining Sequences And Minimise; title: Machining Time; title: 4.8 Conclusions; title: 4.9 References; title: 5. Reverse Engineering & Rapid Prototyping; title: 5.1 Brief Rp Flashback; title: 5.2 The Basic Process; title: 5.3 Applications Of Rapid Prototyping; title: 5.4 Rapid Prototyping Techniques; title: 5.4.1 Stereolithography (Sla); title: 5.4.2 Selective Laser Sintering (Sls); title: 5.4.3 Fused Deposition Modeling (Fdm); title: 5.4.4 Laminated Object Manufacturing (Lom); title: 5.4.5 Solid Ground Curing (Sgc); title: 5.4.6. Ink-Jet Printing; title: 5.4.7 Multijet Modelling (Mjm); title: 5.4.8 Paper Lamination Technology (Plt); title: 5.4.9 Laser Engineered Net Shaping (Lens); title: 5.4.10 Photopolymer Phase Change Inkjets; title: 5.4.11 Electroset Technology; title: 5.4.12 Photochemical Machining; title: 5.4.13 Design-Controlled Automated Fabrication (Descaf); title: 5.4.14 Liquid Metal Jet Printing (Lmjp); title: 5.4.15 Sparx- Hot Plot; title: 5.5 RP Process Evaluation; title: 5.5.1 Accuracy; title: 5.5.2 Finishes; title: 5.5.3 Secondary Operations; title: 5.5.4 Speed; title: 5.5.5 Cost; title: 5.5.6 Strengths & Limitations; title: 5.5.7 Materials; title: 5.6 Conclusions; title: 5.7 References