Abstract
Summary Force polygons, simply drawn from force equilibrium considerations, were employed to predict forging load during the incipient and succeeding stages of deformation when forging rectangular Plasticine billets with diamond-shaped closed dies of different semi-angles. The incipient stages of deformation are analysed by using slip-line field theory and the subsequent stages of plastic deformation by the sliding block method. Theoretically predicted loads were compared with experimentally obtained ones and found to be in good agreement.
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