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Proceeding Of The 5th National Conference On Rapid Design, Pr
120,92 €
Tellimisel
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2-4 nädalat
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9781860584657
Description:
Rapid Prototyping and allied fields are still relatively young technologies and, as such, their scope and range are expanding at a dramatic rate. New and improved techniques and applicationsare developing and this is reflected in the varied topics covered in 'Rapid Design, Prototyping and Manufacture'. Efforts to extend the scope of application of three dimensional printing pr...
Rapid Prototyping and allied fields are still relatively young technologies and, as such, their scope and range are expanding at a dramatic rate. New and improved techniques and applicationsare developing and this is reflected in the varied topics covered in 'Rapid Design, Prototyping and Manufacture'. Efforts to extend the scope of application of three dimensional printing pr...
Description:
Rapid Prototyping and allied fields are still relatively young technologies and, as such, their scope and range are expanding at a dramatic rate. New and improved techniques and applicationsare developing and this is reflected in the varied topics covered in 'Rapid Design, Prototyping and Manufacture'. Efforts to extend the scope of application of three dimensional printing processes is an important milestone in rapid manufacture. This is being vigorously addressed and is well represented in this volume. It now seems to be only a matter of time before three dimensional printing units will join other peripherals in office and domestic computer systems to produce toys, small domestic and office items on demand. The contents include: analysis of the application of the Z corps three dimensional printing system for rapid tooling for plastic injection moulded components; a novel method for rapid prototyping/tooling/manufacture; Shell/Assisted Layer Manufacture (SALM); accuracy of a novel fused deposition modelling technology; new software tools for reverse engineering parts based on three dimensional volumetric scans; a stuctured approach to the simplification of optimization problems in the virtual prototyping environment; the appropriate application of computer aided design and manufacture techniques in silicone facial prosthetics; application of the Z Corps three dimensional printing processes using novel material to manufacture bio scaffold for bone replacement; and, rapid prototyping manufacture of complex three dimensional microscaffolds used in regenerative medicine.
Table of Contents:
Foreword ix; Formal Presentation Papers; Analysis of the application of the Z-Corps three- dimensional printing system for rapid tooling for plastic injection moulded components P M Hackney and K P Pancholi 3; A novel method for rapid prototyping/tooling/manufacture - Shell Assisted Layer Manufacturing (SALM) A K Egodawatta, D K Harrison, A K M De Silva, and G Haritos 13; Accuracy of a novel fused deposition modelling technology M O Ibrahim, D P Brabazon, and M S J Hashmi 23; New software tools for reverse engineering parts based on three-dimensional volumetric scans P G Young 31; A structured approach to the simplification of optimization problems in the virtual prototyping environment D P Comerford and S D Quayle 37; The appropriate application of computer-aided design and manufacture techniques in silicone facial prosthetics D Eggbeer, R Bibb, and P Evans 45; Application of the Z-Corps three-dimensional printing processes using novel material to manufacture bio-scaffold for bone replacement P M Hackney and K P Pancholi 53; Rapid prototyping manufacture of complex three dimensional microscaffolds used in regenerative medicine K Donnelly, R P Keatch, M S Pridham, B Collier, S L Schor, A Schor, and C Gribbon 61; Poster Presentation Papers; A study on the effects of resin infiltration techniques on parts produced using the three-dimensional printing (3DP) process K A M Steele, N S Herbert, and V Pretet 71; Improving the performance of rapid vacuum investment casting R M Minev, N B Zlatov, E M Minev, S Z Su, and K D Dotchev 79; Development of systems to increase the green part strength of the three-dimensional printed Z-Corps manufactured parts by infiltration processes to improve their range of application P M Hackney and L C Channappa 87; Analysis of the EnvisionTec PerFactory system for rapid production of components and validation utilizing finite element and photo-elastic analysis P M Hackney and K P Pancholi 93; Authors' Index 101
Author Biography:
David Jacobson obtained a doctorate in Materials Science from the University of Sussex. He has established a career in industrial research, with specialist expertise in metal joining and electronics packaging. After managing the Materials Fabrication Division of GEC-Marconi in north London from 1985 to 1997, he now works as a freelance consultant. Since January 2000, he has had a part-time appointment as a Research Fellow at the Centre for Rapid Design and Manufacture, helping to set up collaborative research projects on rapid manufacturing. From January 2003, he has coordinated the Fastool Project, a major European collaborative R&D programme on machine tool automation, on behalf of the Gauge and Toolmakers Association (GTMA). While at GEC-Marconi, he co-authored a textbook on The Principles of Soldering and Brazing, published by the American Society of Materials, which is now entering its second edition. David is the author of over 75 publications in scientific and technical literature, and was a recipient of the Robert R Peaslee Award of the American Welding Society in 1997 and again in 2003, the Cook Prize of the Institute of Materials for 1996/1997, and the Westinghouse Prize of the Institute of Metal Finishing in 2003. Allan Rennie obtained a Bachelors in Computer Aided Engineering from Glasgow Caledonian University in 1995, which spurred his interest in rapid prototyping. This led to a move to the Centre for Rapid Design and Manufacture where he conducted research in various areas of rapid prototyping technologies, finally leading to the award of a PhD from Brunel University. After a spell as an R&D Engineer with CRDM, a move back northwards saw Allan settle at Lancaster University to manage the Lancaster Product Development Unit, set up using ERDF grants to provide support to the SME community of the North West Region. Allan is co-recipient of the Westinghouse Prize of the Institute of Metal Finishing in 2003. Chris Bocking obtained a Graduateship of the Institute of Metal Finishing from the South Bank Polytechnic in 1981 and a PhD on applied electrochemistry from Loughborough University in 1994. He has worked in surface engineering for 30 years, of which 19 were spent at the GEC Hirst Research Centre in the Electrochemistry Group, as both Project Leader and Group Manger on both the development of new electroplating processes and their applications for the electronics industry. He is currently employed on a part-time basis as Research Co-ordinator at the Centre for Rapid Design and Manufacture, working on the development and use of new materials for rapid tooling and the application of electroforming to toolmaking and advanced manufacturing processes. He is also a Vice President of the Institute of Metal Finishing, and runs a surface engineering consultancy business - Surface Technology Support. Chris is co-recipient of the Westinghouse Prize of the Institute of Metal Finishing in 2003.
Rapid Prototyping and allied fields are still relatively young technologies and, as such, their scope and range are expanding at a dramatic rate. New and improved techniques and applicationsare developing and this is reflected in the varied topics covered in 'Rapid Design, Prototyping and Manufacture'. Efforts to extend the scope of application of three dimensional printing processes is an important milestone in rapid manufacture. This is being vigorously addressed and is well represented in this volume. It now seems to be only a matter of time before three dimensional printing units will join other peripherals in office and domestic computer systems to produce toys, small domestic and office items on demand. The contents include: analysis of the application of the Z corps three dimensional printing system for rapid tooling for plastic injection moulded components; a novel method for rapid prototyping/tooling/manufacture; Shell/Assisted Layer Manufacture (SALM); accuracy of a novel fused deposition modelling technology; new software tools for reverse engineering parts based on three dimensional volumetric scans; a stuctured approach to the simplification of optimization problems in the virtual prototyping environment; the appropriate application of computer aided design and manufacture techniques in silicone facial prosthetics; application of the Z Corps three dimensional printing processes using novel material to manufacture bio scaffold for bone replacement; and, rapid prototyping manufacture of complex three dimensional microscaffolds used in regenerative medicine.
Table of Contents:
Foreword ix; Formal Presentation Papers; Analysis of the application of the Z-Corps three- dimensional printing system for rapid tooling for plastic injection moulded components P M Hackney and K P Pancholi 3; A novel method for rapid prototyping/tooling/manufacture - Shell Assisted Layer Manufacturing (SALM) A K Egodawatta, D K Harrison, A K M De Silva, and G Haritos 13; Accuracy of a novel fused deposition modelling technology M O Ibrahim, D P Brabazon, and M S J Hashmi 23; New software tools for reverse engineering parts based on three-dimensional volumetric scans P G Young 31; A structured approach to the simplification of optimization problems in the virtual prototyping environment D P Comerford and S D Quayle 37; The appropriate application of computer-aided design and manufacture techniques in silicone facial prosthetics D Eggbeer, R Bibb, and P Evans 45; Application of the Z-Corps three-dimensional printing processes using novel material to manufacture bio-scaffold for bone replacement P M Hackney and K P Pancholi 53; Rapid prototyping manufacture of complex three dimensional microscaffolds used in regenerative medicine K Donnelly, R P Keatch, M S Pridham, B Collier, S L Schor, A Schor, and C Gribbon 61; Poster Presentation Papers; A study on the effects of resin infiltration techniques on parts produced using the three-dimensional printing (3DP) process K A M Steele, N S Herbert, and V Pretet 71; Improving the performance of rapid vacuum investment casting R M Minev, N B Zlatov, E M Minev, S Z Su, and K D Dotchev 79; Development of systems to increase the green part strength of the three-dimensional printed Z-Corps manufactured parts by infiltration processes to improve their range of application P M Hackney and L C Channappa 87; Analysis of the EnvisionTec PerFactory system for rapid production of components and validation utilizing finite element and photo-elastic analysis P M Hackney and K P Pancholi 93; Authors' Index 101
Author Biography:
David Jacobson obtained a doctorate in Materials Science from the University of Sussex. He has established a career in industrial research, with specialist expertise in metal joining and electronics packaging. After managing the Materials Fabrication Division of GEC-Marconi in north London from 1985 to 1997, he now works as a freelance consultant. Since January 2000, he has had a part-time appointment as a Research Fellow at the Centre for Rapid Design and Manufacture, helping to set up collaborative research projects on rapid manufacturing. From January 2003, he has coordinated the Fastool Project, a major European collaborative R&D programme on machine tool automation, on behalf of the Gauge and Toolmakers Association (GTMA). While at GEC-Marconi, he co-authored a textbook on The Principles of Soldering and Brazing, published by the American Society of Materials, which is now entering its second edition. David is the author of over 75 publications in scientific and technical literature, and was a recipient of the Robert R Peaslee Award of the American Welding Society in 1997 and again in 2003, the Cook Prize of the Institute of Materials for 1996/1997, and the Westinghouse Prize of the Institute of Metal Finishing in 2003. Allan Rennie obtained a Bachelors in Computer Aided Engineering from Glasgow Caledonian University in 1995, which spurred his interest in rapid prototyping. This led to a move to the Centre for Rapid Design and Manufacture where he conducted research in various areas of rapid prototyping technologies, finally leading to the award of a PhD from Brunel University. After a spell as an R&D Engineer with CRDM, a move back northwards saw Allan settle at Lancaster University to manage the Lancaster Product Development Unit, set up using ERDF grants to provide support to the SME community of the North West Region. Allan is co-recipient of the Westinghouse Prize of the Institute of Metal Finishing in 2003. Chris Bocking obtained a Graduateship of the Institute of Metal Finishing from the South Bank Polytechnic in 1981 and a PhD on applied electrochemistry from Loughborough University in 1994. He has worked in surface engineering for 30 years, of which 19 were spent at the GEC Hirst Research Centre in the Electrochemistry Group, as both Project Leader and Group Manger on both the development of new electroplating processes and their applications for the electronics industry. He is currently employed on a part-time basis as Research Co-ordinator at the Centre for Rapid Design and Manufacture, working on the development and use of new materials for rapid tooling and the application of electroforming to toolmaking and advanced manufacturing processes. He is also a Vice President of the Institute of Metal Finishing, and runs a surface engineering consultancy business - Surface Technology Support. Chris is co-recipient of the Westinghouse Prize of the Institute of Metal Finishing in 2003.
