Studies on the control of cavity pressure on material behavior in sheet hydroforming process

The use of modern production processes in Automotive industries has resulted in several advantages in terms of time reduction, cost reduction, increased quality of the product, part and process consolidation. Hydroforming is one such process which is widely adopted in automotive industries for achie...

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Main Authors: Alexis, S. John, Kumar, P. S. Samuel Ratna
Format: Conference Proceeding
Language:English
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Defects
Hydroforming
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Kumar, P. S. Samuel Ratna
description The use of modern production processes in Automotive industries has resulted in several advantages in terms of time reduction, cost reduction, increased quality of the product, part and process consolidation. Hydroforming is one such process which is widely adopted in automotive industries for achieving the above said targets. This paper discusses on the control of cavity pressure in the sheet hydroforming process to manufacture defect free components. The control of cavity pressure avoids the defects such as wrinkling and rupture in the component produced. The control module developed by the authors monitor the pressure inside the cavity and directs the process to be inside the safe region. The rupture and wrinkle curves were established in terms of related parameters using the equations available from the literatures and two materials were used for the experiment. The results show improved control on the process and making of defect free products.
doi_str_mv 10.1063/5.0110760
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source American Institute of Physics:Jisc Collections:Transitional Journals Agreement 2021-23 (Reading list)
subjects Defects
Hydroforming
title Studies on the control of cavity pressure on material behavior in sheet hydroforming process
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