Determination of the force required for the hydroforming of al 99,5

Author:

Ceclan Vasile,Grozav Sorin

Abstract

In this paper the authors present the hydroforming of the tubular parts. It also presents the technology of the tubular parts' hydroforming. In this paper we determine the forces necessary for the hydroforming process. They are also presented the mechanical parameters of the material that are used in the deformation process. Also, the variation in wall thickness of the aluminium specimen is determined before the deformation process

Publisher

EDP Sciences

Subject

General Medicine

Reference23 articles.

1. Jansson T., Optimization of Sheet Metal Forming Processes. PhD thesis, Universitet Linkoping, Linkoping, Sweden (2002).

2. Jansson M., Hydro-mechanical forming of aluminium tubes - On constitutive modelling and process design. PhD Thesis. Linkoping University (2006)

3. Jirathearanat S, Advanced Methods for Finite Element Simulation for Part and Process Design in Tube Hydroforming. PhD Thesis. Ohio State University (2004)

4. Lunqvist J., Numerical Simulation of Tube Hydroforming. Adaptive Loading Paths. Licentiate Thesis. Lulea University of Technology (2004)

5. Schuler Gmbh (ed.) Metal Forming Handbook. Berlin: Springer (1998)

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