PROMOTING ACCESS TO AFRICAN RESEARCH

Journal of the Nigerian Association of Mathematical Physics

Log in or Register to get access to full text downloads.

Remember me or Register



DOWNLOAD FULL TEXT Open Access  DOWNLOAD FULL TEXT Subscription or Fee Access

Analysis of Axisymmetric Forging Operation Using the Bubnov-Galerkin Weighted Residual Finite Element Method

CI Oviawe, O Oviawe, O Oviawe

Abstract


This paper reports on the analysis of axisymmetric forging operation using the Bubnov-Galerkin weighted residual finite element model to get the stresses and pressure fields set up at various cross-sections of a material during forging operation. The governing equation is a one dimensional differential equation which describes the pressures and stresses exerted on a forging. In conducting the analysis, we split the blank into a finite number of elements and apply the Bubnov-Galerkin, weighted residual scheme to obtain the weighted integral form. Four Lagrange quadratic elements were assembled to represent the blank. Using a numerical example, we show that the weighted residual finite element method is capable of accurately  predicting the pressures and stresses in an axisymmetric forging operation.

Key words: Buba Ox-Galerkin Weighted Residual, Axisymmetric Operation, Finite Element Method, Lagrange, Quadratics.




AJOL African Journals Online