Authors :
Sourav Kumar Das; Dr. Bibhuti Bhusan Pani
Volume/Issue :
Volume 6 - 2021, Issue 4 - April
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/3thbnFw
Abstract :
The Sheet Metal forming is technique that is
used by various automotive and aerospace industries
now a days. The forming process is an old technique of
manufacturing operation, in which metal is formed by a
punch and die to convert a flat sheet of material to a part
required shape and size without any defect. The current
research investigated the energy absorption
characteristics of copper sheet metal having different
sheet thickness using ANSYS Explicit Solver workbench.
The CAD modeling and finite element analysis is
conducted using ANSYS software (ANSYS design
Modeler). Equivalent Stress(Von-misses Stress), Total
Deformation, Internal Energy and Shear stress graphs
are generated for the material. Also the FEM model is
being optimized using Taguchi Response Surface
optimization method. The die length and the die angle
are taken into account for optimization. The main results
reveled to determine the location and magnitude of
stress, pattern of internal energy, deformation.
Keywords :
ANSYS, Sheet metal Forming, Energy, CAD, FEM
The Sheet Metal forming is technique that is
used by various automotive and aerospace industries
now a days. The forming process is an old technique of
manufacturing operation, in which metal is formed by a
punch and die to convert a flat sheet of material to a part
required shape and size without any defect. The current
research investigated the energy absorption
characteristics of copper sheet metal having different
sheet thickness using ANSYS Explicit Solver workbench.
The CAD modeling and finite element analysis is
conducted using ANSYS software (ANSYS design
Modeler). Equivalent Stress(Von-misses Stress), Total
Deformation, Internal Energy and Shear stress graphs
are generated for the material. Also the FEM model is
being optimized using Taguchi Response Surface
optimization method. The die length and the die angle
are taken into account for optimization. The main results
reveled to determine the location and magnitude of
stress, pattern of internal energy, deformation.
Keywords :
ANSYS, Sheet metal Forming, Energy, CAD, FEM
