Analysis of Aluminium Hot Forging
Doctoral thesis
Permanent lenke
http://hdl.handle.net/11250/241317Utgivelsesdato
2005Metadata
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Nolte, Dirk; Valberg, Henry. Surface extension and material flow in hot aluminium forging investigated by use of FE-simulations and experiments. 6th International ESAFORM Conference on Material Forming, Sorrento, Italia: 947-950, 2003.Nolte, Dirk; Valberg, Henry. Material flow analysis in hot aluminium forging with special emphasis on the conditions in the flash gap. New developments in Forging Technology 2003, Stuttgart, Germany: 389-409, 2003.
Nolte, Dirk; Valberg, Henry. Surface extension and material flow in axisymmetric hot aluminium forging. 7th ESAFORM conference on Material Forming, Trondheim, Norway: 627-630, 2004.
Nolte, Dirk; Uyyuru, Rama Krishna. Review and Recent Developments in Physical Modeling of Metal Forming. International Journal of Forming Processes. 8(4): 383-408, 2005.
Nolte, Dirk; Valberg, Henry. Traditional Cylinder Compression Analyzed by Help of Internal Stripe Patterns. International Journal of Forming Processes. 9(1): 79-95, 2006.
Nolte, Dirk; Valberg, Henry. Anisotropy Effects in Traditional Cylinder Compression of Aluminium. International Journal of Forming Processes. 9(2): 137-165, 2006.
Nolte, Dirk; Valberg, Henry. Effect of Workpiece Anisotropy on Metal Flow and Forging Conditions in Hot Aluminium Forging. International Journal of Forming Processes. 9(3): 287-308, 2006.
Nolte, Dirk; Valberg, Henry. The Effect of Die Geometry on Forging Conditions in Axisymmetric Hot Aluminium Forging. An Example. International Journal of Forming Processes. 9(2): 189-213, 2006.