Publications before the year 2000:

• Grønbæk Jens, Birker Torben, Pedersen T.Ø., 1999: Optimisation of life performance and net-shape capability of cold-forging tools through minimisation of micro-plastic phenomena, Abstract
• Grønbæk Jens, Birker Torben, 1999: Innovations in Cold Forging Die Design, Wire 2/99, Abstract Pedersen, T.Ø., 1998: Numerical Modelling of Cyclic Plasticity and Fatigue Damage in Cold-Forging Tools, submitted, Abstract
• Thomas Ørts Pedersen and Povl Brøndsted (Risø National Laboratories, Materials Dept.), 1998: Experimental and Numerical Studies of Cyclic Plasticity in Tool Materials, 19th Risø International Symposium on Materials Science, Denmark, Abstract
• Birker, T.; Pedersen, T.Ø., 1998: Studies of contact problems and cyclic plasticity in high-pressure tools by use of non-linear FE analyses, 8th ANSYS Conference and Exhibition, Pittsburgh, Pennsylvania, Abstract
• Pedersen, T.Ø., 1997: On local damage development in cold-forging tools, 14th Int. Conference on Structural Mechanics in Reactor Technology, Lyon, France, Vol. L, pp. 121-128.
• Birker, T.; Grønbæk, J., 1997: Bandarmierungen mir erhöhter Steifigkeit, Umformtechnik, 4, pp. 38-42.
• Birker, T.; Grønbæk, J., 1997: Improvement of the elastic-plastic stress-strain condition in bevel gear dies by use of high-stiffness stripwound containers, 30th Int. Cold Forging Group Plenary Meeting, Den Bosch, Netherlands.
• Grønbæk, J.; Nielsen, E.B., 1997: Stripwound containers for combined radial and axial prestressing, 3rd International Conference, Cold & Warm Forging Technology, Ohio.
• Nielsen, L.S.; Lassen, S.; Andersen, C.B.; Grønbæk, J.; Bay, N., 1997: Development of a flexible tool system for small quantity production in cold forging, J. Mat. Proc. Tech., 71, pp. 36-42.
• Nielsen, E.B.; Grønbæk, J., 1995: Improved service life conditions for cold-forging die inserts through the use of high-stiffness stripwound containers, 9th Int. Cold Forging Congress, Solihull, UK, pp. 51-57.
• Grønbæk, J.; Nielsen, E.B., 1994: Optimierte Betriebsbedingungen für Kaltfließpreßmatrizen durch Vorspannung mit neuentwickelten Bandarmierungen mit erhöhter Steifigkeit, Umformtechnik, 28/3, pp. 152-157.
• Grønbæk, J.; Nielsen, E.B., 1994: New developments in the design of high performance, stripwound cold forging tools, J. Mat. Proc. Tech., 46, pp. 87-97
• Grønbæk, J., 1993: Optimierte Bandarmierungen für Fließpreßmatrizen, Umformtechnik, 27/6, pp. 379-381.
• Grønbæk, J., 1993: Bandgewickelte Armierungen für Fließpreßmatrizen, Neure Entwicklungen in der Massivumformung, DGM Informationsgesellschaft mbH, Oberursel, pp. 115-128.
• Grønbæk, J., 1992: Bandarmierungen zur Optimierung der Matrizenstandmengen, Umformtechnik, 26/6, pp. 409-411.
• Grønbæk, J., 1992: Stripwound cold-forging tools - A technical and economical alternative, J. Mat. Proc. Tech., 35, pp. 483-493. Grønbæk, J., 1990: Stripwound prestressed containers for cold forging and other metal forming processes, Adv. Tech. Plas., 1, pp. 361-368.
• Grønbæk, J., 1990: Stripwound cold forging tools - a technical and economical alternative, 8th Int. Cold Forging Congress, Nürnberg, VDI Berichte 810, VDI Verlag, Düsseldorf, pp. 139-151.