Abstract
FEM simulation system is becoming an effective tool in the production engineering, especially in the evaluation of press formability. We have been applying it to the evaluation of defect phenomena, such as breakage and wrinkling, which occur in the drawing process to produce auto body parts. We tried a new application which treat dimensional precision and the other defect in the flanging or bending process after trimming. In this paper, we introduced the result of development and an example applied in the analysis. 1 refs., 8 figs.
Citation Formats
Hamaguchi, T, Ogawa, T, and Tamai, H.
Analysis of bending process using forming simulation; Seikei simulation ni yoru press niji seikei kaiseki.
Japan: N. p.,
1997.
Web.
Hamaguchi, T, Ogawa, T, & Tamai, H.
Analysis of bending process using forming simulation; Seikei simulation ni yoru press niji seikei kaiseki.
Japan.
Hamaguchi, T, Ogawa, T, and Tamai, H.
1997.
"Analysis of bending process using forming simulation; Seikei simulation ni yoru press niji seikei kaiseki."
Japan.
@misc{etde_625203,
title = {Analysis of bending process using forming simulation; Seikei simulation ni yoru press niji seikei kaiseki}
author = {Hamaguchi, T, Ogawa, T, and Tamai, H}
abstractNote = {FEM simulation system is becoming an effective tool in the production engineering, especially in the evaluation of press formability. We have been applying it to the evaluation of defect phenomena, such as breakage and wrinkling, which occur in the drawing process to produce auto body parts. We tried a new application which treat dimensional precision and the other defect in the flanging or bending process after trimming. In this paper, we introduced the result of development and an example applied in the analysis. 1 refs., 8 figs.}
place = {Japan}
year = {1997}
month = {Oct}
}
title = {Analysis of bending process using forming simulation; Seikei simulation ni yoru press niji seikei kaiseki}
author = {Hamaguchi, T, Ogawa, T, and Tamai, H}
abstractNote = {FEM simulation system is becoming an effective tool in the production engineering, especially in the evaluation of press formability. We have been applying it to the evaluation of defect phenomena, such as breakage and wrinkling, which occur in the drawing process to produce auto body parts. We tried a new application which treat dimensional precision and the other defect in the flanging or bending process after trimming. In this paper, we introduced the result of development and an example applied in the analysis. 1 refs., 8 figs.}
place = {Japan}
year = {1997}
month = {Oct}
}