Fluid Pressure Analysis and Process Stability in Sheet Hydroforming with Die For Steel Sheets

To increase the process stability and improve the product quality in the sheet hydroforming with die process, it is crucial for identifying and analyzing the dependence of forming pressure on process parameters. The effects of process parameters (blank holder force, frictional condition) on the form...

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Main Authors: Jaber Adil Sh., Mohammed Adnan I., Younis Karem M.
Format: Article
Language:English
Published: Sciendo 2025-03-01
Series:Management Systems in Production Engineering
Subjects:
Online Access:https://doi.org/10.2478/mspe-2025-0006
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author Jaber Adil Sh.
Mohammed Adnan I.
Younis Karem M.
author_facet Jaber Adil Sh.
Mohammed Adnan I.
Younis Karem M.
author_sort Jaber Adil Sh.
collection DOAJ
description To increase the process stability and improve the product quality in the sheet hydroforming with die process, it is crucial for identifying and analyzing the dependence of forming pressure on process parameters. The effects of process parameters (blank holder force, frictional condition) on the forming fluid pressure were thoroughly studied experimentally. The main objective is to establish a relationship between the forming fluid pressure and several factors such as blank holder force and friction between die and sheet. The results demonstrate that the maximum fluid pressure increases with increasing blank holder force and friction. Finally, this relationship aims to support calculations and design data and provide control during the SHF-D process.
format Article
id doaj-art-32d6ebb9708a4e41be5b7109b4504906
institution OA Journals
issn 2450-5781
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publishDate 2025-03-01
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series Management Systems in Production Engineering
spelling doaj-art-32d6ebb9708a4e41be5b7109b45049062025-08-20T02:09:00ZengSciendoManagement Systems in Production Engineering2450-57812025-03-01331545910.2478/mspe-2025-0006Fluid Pressure Analysis and Process Stability in Sheet Hydroforming with Die For Steel SheetsJaber Adil Sh.0Mohammed Adnan I.1Younis Karem M.2University of Technology, IraqUniversity of Technology, IraqUniversity of Technology, IraqTo increase the process stability and improve the product quality in the sheet hydroforming with die process, it is crucial for identifying and analyzing the dependence of forming pressure on process parameters. The effects of process parameters (blank holder force, frictional condition) on the forming fluid pressure were thoroughly studied experimentally. The main objective is to establish a relationship between the forming fluid pressure and several factors such as blank holder force and friction between die and sheet. The results demonstrate that the maximum fluid pressure increases with increasing blank holder force and friction. Finally, this relationship aims to support calculations and design data and provide control during the SHF-D process.https://doi.org/10.2478/mspe-2025-0006hydroformingsheet hydroforming with diefluid pressureprocess parameterssteel
spellingShingle Jaber Adil Sh.
Mohammed Adnan I.
Younis Karem M.
Fluid Pressure Analysis and Process Stability in Sheet Hydroforming with Die For Steel Sheets
Management Systems in Production Engineering
hydroforming
sheet hydroforming with die
fluid pressure
process parameters
steel
title Fluid Pressure Analysis and Process Stability in Sheet Hydroforming with Die For Steel Sheets
title_full Fluid Pressure Analysis and Process Stability in Sheet Hydroforming with Die For Steel Sheets
title_fullStr Fluid Pressure Analysis and Process Stability in Sheet Hydroforming with Die For Steel Sheets
title_full_unstemmed Fluid Pressure Analysis and Process Stability in Sheet Hydroforming with Die For Steel Sheets
title_short Fluid Pressure Analysis and Process Stability in Sheet Hydroforming with Die For Steel Sheets
title_sort fluid pressure analysis and process stability in sheet hydroforming with die for steel sheets
topic hydroforming
sheet hydroforming with die
fluid pressure
process parameters
steel
url https://doi.org/10.2478/mspe-2025-0006
work_keys_str_mv AT jaberadilsh fluidpressureanalysisandprocessstabilityinsheethydroformingwithdieforsteelsheets
AT mohammedadnani fluidpressureanalysisandprocessstabilityinsheethydroformingwithdieforsteelsheets
AT youniskaremm fluidpressureanalysisandprocessstabilityinsheethydroformingwithdieforsteelsheets