Analysis of the allowable deep drawing height of rectangular steel parts Article

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Overview

abstract

• This paper presents a theoretical, numerical and experimental analysis of the allowable (maximum) deep drawing height (DDH) of rectangular cups made of steel. In particular, a new expression to calculate the allowable DDH of rectangular deep drawing, based on the equivalent diameter concept and the volume conservation principle, is proposed and compared with those theoretical expressions currently available in the literature. Finite element method simulations together with experimental data taken from a set of 20 industrial steel parts are used to evaluate the accuracy of each theoretical expression. The results have shown that the new expression has superior precision than those existing in the literature. © 2012 Springer-Verlag London Limited.

authors

• Colorado-Alonso F.J.
• De J. García-Zugasti P.
• De Lange Dirk Frederik
• Medellín Castillo Hugo Iván

publication date

• 2013-01-01

published in

• International Journal of Advanced Manufacturing Technology  Journal

Research

keywords

• Deep drawing height (DDH); Finite element method (FEM); Metal forming; Rectangular deep drawing Equivalent diameter; Experimental datum; Finite element method simulation; Industrial steel; Numerical and experimental analysis; Rectangular cup; Theoretical expression; Volume conservation; Finite element method; Metal forming; Deep drawing

Identity

Digital Object Identifier (DOI)

• 10.1007/s00170-012-4331-9

Additional Document Info

start page

• 371

end page

• 380

volume

• 66

issue

• 1-4