Experimental and Numerical Study the Influence of Sheet Metal Thickness on a Deep Forming Operation of Multi Stages for Hexagonal Cup

  • Sabih Salman Dawood AL- Gharrawi Mayoralty of Baghdad
  • Ali Tuaimah Ministry of Industry / Hydraulic State Company
Keywords: several stage deep drawing of hexagonal cup, strain allocation, sheet thickness

Abstract

In this research, experimental and analytical deep drawing of the several-stages design mold is produce hexagonal cup and also proved the influence of the thickness of the sheet on the allocation of strain and laminating in curvature of the cup area for all stages of the drawing. Three stages deep drawing mold was designed and constructed to carry out the experimental work required to produce a hexagonal cup of (28.25 mm by 24.5 mm) , (60 mm) high drawn from a circular flat sheet (80 mm diameter), made from low carbon steel (1006–AISI). Analysis program (ANSYS11.0) to perform the finite element method to accomplish the analytical side of the search. Three types of thickness sheet (

Published
2017-06-12
How to Cite
AL- Gharrawi, S., & Tuaimah, A. (2017). Experimental and Numerical Study the Influence of Sheet Metal Thickness on a Deep Forming Operation of Multi Stages for Hexagonal Cup. Al-Nahrain Journal for Engineering Sciences, 20(3), 585-599. Retrieved from https://nahje.com/index.php/main/article/view/250