Prediction of Limiting Strains for Square Pattern – Square Hole Perforated Commercial Pure Aluminium Sheets

Author:

Venkatachalam G.1,Narayanan S.1,Sathiya Narayanan C.2

Affiliation:

1. VIT University

2. National Institute of Technology

Abstract

Forming limit diagram (FLD) is the most appropriate tool used to obtain the safe strain region in sheet metal forming industries. This FLD is based on limiting values of major and minor strains. This Limiting strain is the strain at the onset of fracture / necking in a sheet metal. It is influenced by the material / condition of the material, strain condition in geometrical features of a sheet metal. In this paper, square pattern – square holed, perforated commercial aluminium sheets are considered for the study. The limiting strain for the above perforated sheet metals is predicted using finite element analysis. It is found that the limiting strain is controlled by percentage of open area, ligament ratio and hole size.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

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1. Effect of the hole size and the open area value on the effective Young’s modulus of perforated sheets with a right pattern of cylindrical holes;Archives of Civil Engineering;2023-06-30

2. Forming-limit strains of perforated steel sheets under biaxial stress state;Proceedings of the Institution of Mechanical Engineers, Part L: Journal of Materials: Design and Applications;2019-05-29

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4. Forming-limit prediction of perforated aluminium sheets with square holes;The Journal of Strain Analysis for Engineering Design;2015-07-20

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