Tube Hydroforming (Internal High-Pressure Forming)

S. J. Yuan; G. Liu

doi:10.1016/B978-0-08-096532-1.00304-6

Tube Hydroforming (Internal High-Pressure Forming)

S. J. Yuan
, G. Liu

School of Materials Science and Engineering

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

Abstract

Tube hydroforming (internal high-pressure forming, or IHPF) is a popular advanced hydroforming technology for manufacturing lightweight, thin-walled, and integral components. IHPF is applied to manufacture tubular components with irregular cross-sections, which has been developed since the 1990s and applied widely in the automobile industry all over the world. In this chapter, the principles, process advantages, and application fields of tube hydroforming are presented according to three types of component structures, including tubes with changeable diameters, curved axis parts, and three-way tubes. Fundamentals and key technologies are given for determination of the hydroforming process parameters, defects analysis, equipment selection, die structures, and forming of typical components.

Original language	English
Title of host publication	Comprehensive Materials Processing
Subtitle of host publication	Thirteen Volume Set
Publisher	Elsevier
Pages	V3-55-V3-80
Volume	3
ISBN (Electronic)	9780080965338
ISBN (Print)	9780080965321
DOIs	https://doi.org/10.1016/B978-0-08-096532-1.00304-6
State	Published - 1 Jan 2014

Keywords

Forming limit
Hydroforming press
Instability behavior
Internal high-pressure forming
Lightweight component
Model of thickness dividing circle
Plastic forming
Preforming with concave section
Stress state
Tube hydroforming
Useful wrinkle

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10.1016/B978-0-08-096532-1.00304-6

Cite this

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title = "Tube Hydroforming (Internal High-Pressure Forming)",

abstract = "Tube hydroforming (internal high-pressure forming, or IHPF) is a popular advanced hydroforming technology for manufacturing lightweight, thin-walled, and integral components. IHPF is applied to manufacture tubular components with irregular cross-sections, which has been developed since the 1990s and applied widely in the automobile industry all over the world. In this chapter, the principles, process advantages, and application fields of tube hydroforming are presented according to three types of component structures, including tubes with changeable diameters, curved axis parts, and three-way tubes. Fundamentals and key technologies are given for determination of the hydroforming process parameters, defects analysis, equipment selection, die structures, and forming of typical components.",

keywords = "Forming limit, Hydroforming press, Instability behavior, Internal high-pressure forming, Lightweight component, Model of thickness dividing circle, Plastic forming, Preforming with concave section, Stress state, Tube hydroforming, Useful wrinkle",

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N2 - Tube hydroforming (internal high-pressure forming, or IHPF) is a popular advanced hydroforming technology for manufacturing lightweight, thin-walled, and integral components. IHPF is applied to manufacture tubular components with irregular cross-sections, which has been developed since the 1990s and applied widely in the automobile industry all over the world. In this chapter, the principles, process advantages, and application fields of tube hydroforming are presented according to three types of component structures, including tubes with changeable diameters, curved axis parts, and three-way tubes. Fundamentals and key technologies are given for determination of the hydroforming process parameters, defects analysis, equipment selection, die structures, and forming of typical components.

AB - Tube hydroforming (internal high-pressure forming, or IHPF) is a popular advanced hydroforming technology for manufacturing lightweight, thin-walled, and integral components. IHPF is applied to manufacture tubular components with irregular cross-sections, which has been developed since the 1990s and applied widely in the automobile industry all over the world. In this chapter, the principles, process advantages, and application fields of tube hydroforming are presented according to three types of component structures, including tubes with changeable diameters, curved axis parts, and three-way tubes. Fundamentals and key technologies are given for determination of the hydroforming process parameters, defects analysis, equipment selection, die structures, and forming of typical components.

KW - Forming limit

KW - Hydroforming press

KW - Instability behavior

KW - Internal high-pressure forming

KW - Lightweight component

KW - Model of thickness dividing circle

KW - Plastic forming

KW - Preforming with concave section

KW - Stress state

KW - Tube hydroforming

KW - Useful wrinkle

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U2 - 10.1016/B978-0-08-096532-1.00304-6

DO - 10.1016/B978-0-08-096532-1.00304-6

M3 - 章节

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SN - 9780080965321

VL - 3

SP - V3-55-V3-80

BT - Comprehensive Materials Processing

PB - Elsevier

ER -

Tube Hydroforming (Internal High-Pressure Forming)

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Keywords

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