+1 Recommend
0 collections
      • Record: found
      • Abstract: found
      • Article: found

      Manufacturing Prototype Sheet Metal Parts with a Polymer Metal Carcass Die Translated title: Fertigung von Blechprototypteilen mit einer Polymer-Metall-Rumpfform


      Read this article at

          There is no author summary for this article yet. Authors can add summaries to their articles on ScienceOpen to make them more accessible to a non-specialist audience.


          Intense competitive environment and customers' changing demands and needs apply temporal and financial pressure to product development process. For this reason interest in design and innovation is inevitable. Reducing project duration also affects further applications as well as new tooling materials and methods become more important to catch up project schedule. Conventional methods of stamping process usually do not suit to prototype or low volume production in terms of project schedule and cost. In this study a polymer metal carcass die structure was introduced in order to stamp large sheet metal prototype parts. Dimensional conformance of prototype sheet metal parts was compared with actual production and as a result polymer metal carcass die method is an effective method for prototype sheet metal parts to meet the tolerance interval. Therefore, this method is cost effective and helps to meet the project schedule in time.


          Das intensive Wettbewerbsumfeld und die sich ändernden Kundenanforderungen und -notwendigkeiten üben zeitlichen und finanziellen Druck auf den Produktentwicklungsprozess aus. Deshalb gibt es zwangsläufig das Interesse am Produktdesign und an Innovation. Die Reduzierung der Projektlaufzeit beeinflusst auch weitere Anwendungen, darüber hinaus werden neue Werkzeugmaterialien und Verfahren zur Einhaltung des Projektplans immer bedeutender. Konventionelle Verfahren des Stanzprozesses sind üblicherweise hinsichtlich des Projektplans und der Kosten nicht für Prototypproduktion und geringe Stückzahlen geeignet. In der diesem Beitrag zugrunde liegenden Studie wurde eine Polymer-Metall-Rumpfform eingeführt, um große Blechprototypteile während des Wartungsintervals der Prototypwerkzeuge zu pressen. Die Übereinstimmung der Dimensionen der Prototypblechteile wurde mit der aktuellen Produktion verglichen und es zeigte sich, dass das Polymer-Metall-Rumpfformverfahren eine effektive Methode ist, das Toleranzintervall zu erfüllen. Darüber hinaus erbringt das während der Wartung durchgeführte Verfahren einen Kostenvorteil wobei der Projektplan eingehalten werden kann.

          Related collections

          Most cited references5

          • Record: found
          • Abstract: not found
          • Article: not found

          Manufacturing of Dies and Molds

            • Record: found
            • Abstract: not found
            • Article: not found

            Advances in prototype and low volume sheet forming and tooling

              • Record: found
              • Abstract: not found
              • Article: not found

              New developments on the use of polymeric materials in sheet metal forming


                Author and article information

                Materials Testing
                Carl Hanser Verlag
                3 March 2014
                : 56
                : 3
                : 230-235
                1 Bursa, Turkey
                Author notes
                [* ] Correspondence Address, Dr. İsmail Durgun, TOFAS-FIAT, R&D Department, Yeni Yalova Yolu Caddesi No: 574, 16369 Osmangazi/Bursa, Turkey, E-Mail: ismail.durgun@ 123456tofas.com.tr

                Dr. İsmail Durgun received BSc degree in Mechanical Engineering from Uludag University, Turkey in 1988. He worked as research assistant for Uludag University, Turkey from 1989 to 1993. He received MSc degree in Mechanical Engineering from Istanbul Technical University, Turkey in 1991 with his thesis on “Transient Heat Transfer and Cooling Load in Building” and started PhD education in Mechanical Engineering in 1992. He received PhD degree with his dissertation on “The First and Second Law Analysis and Optimization of Energy Distribution in an Automobile Factory” from Uludag University, Turkey in 1999. He has several papers on thermodynamics, joker system, post-weld, hybrid material, and rapid prototyping. He has been working for TOFAS-FIAT since 1993 and he is the administrator of Prototype Production Department. He is experienced in automotive assembly lines, cost engineering, and body design. He teaches in Joint Graduate Programme of Torino Polytechnic and Uludag University on Automotive Engineering.

                Serkan Ali Altınel received BSc degree in Mechanical Engineering from İstanbul Technical University, Turkey in 1999. He received MSc degree in Mechanical Engineering from Bogazici University, Turkey in 2004 with his thesis on “Semi solid forming of Al-5083 and A357 aluminum alloys”. He worked as injection mold designer between 2000 and 2004. He has experience in automotive plastic parts and injection molding technics. He started in TOFAS as a die design specialist in 2004. He has been working as a die design administrator for TOFAS since 2011. He participated in sheet metal feasibility, process, and die design for LCVs.

                Erkan Aybaraz, born in 1979, received his college education at Gazi University in Ankara, Turkey, where he studied Tool & Die Teaching. Aybaraz started his career in tool & die industry in 2000 as die designer at Coşkunöz. He received his master degree from Mechanical Engineering Department of Uludağ University, Turkey in 2010. He has been working at TOFAŞ since 2006 as die project manager. In 2013, Aybaraz received his master of business administration degree from Istanbul Bilgi University, Turkey.

                Ali Sakin received BSc degree in Mechanical Engineering from Uludağ University, Turkey in 2001. He started his professional carrier as project responsible and CAD/CAE consultant at an engineering company in 2001. He is also experienced in static structural FEM analysis, kinetic and kinematic analysis of mechanisms. He received MSc degree in Mechanical Engineering from Institute of Natural & Applied Sciences of Uludağ University, Turkey in 2004 on fluid dynamics with a dissertation dealing with “Vortex Effects on Heat Transfer over Flat Plates”. Since 2005 he has been working as a prototype production specialist for TOFAŞ (Turkish Automobile Factory, a Joint venture with FIAT). He started PhD education in Mechanical Engineering in 2011. During his carrier, he was engaged in passenger car, light commercial vehicle, electrical car, and EU projects and in addition he worked on low volume production methods and advanced manufacturing technologies in order to improve production development process of prototype workshop. He is currently taking part in prototype manufacturing studies for testing and development.

                Sabri Erkan Polat received BSc degree in Mechanical Engineering from Istanbul Technical University, Turkey in 1986 then received MSc degree from University of Manchester Institute of Technology, UK in 1989 on Advanced Manufacturing Technology with a dissertation dealing with “Development of a workshop oriented CAD system”. After his degree he worked as a software development engineer in UMIST (UK). Then he started his professional carrier as design engineer in a state owned aluminum works. Since 1992 he has been working for TOFAŞ (Turkish Automobile Factory, a Joint venture with FIAT). During his professional career he extensively worked in die & press engineering and production. His experience concentrated on tool design and production for automobile sheet metal parts, project management, business and team development for die & stamping engineering, implementation of lean manufacturing tools. His recent responsibility is body design manager in Tofaş.

                © 2014, Carl Hanser Verlag, München
                Page count
                References: 7, Pages: 6
                Fachbeiträge/Technical Contributions

                Materials technology,Materials characterization,Materials science
                Materials technology, Materials characterization, Materials science


                Comment on this article