AFRC_TRP1956_CORE_1829 - D4.1 Report Detailing a Review of Laser Bending, Peen Forming and Die Quench Forming Technologies

Sandip Jadhav; Ahmed Elsayed; Jun Liu

AFRC_TRP1956_CORE_1829 - D4.1 Report Detailing a Review of Laser Bending, Peen Forming and Die Quench Forming Technologies

National Manufacturing Institute Scotland

Research output: Book/Report › Commissioned report

Abstract

The main aim of this review performed as part of AFRC core project 1829, is to provide members with a deep understanding of three technology areas availability, maturity, cost, benefits, challenges, and current/future potential areas of application. The three technologies of interest to members are: (1) laser bending, (2) peen forming, and (3) die quench forming. The report is based on a literature review of the state of the art in these areas and significant potential technology supplier engagements to determine the potential for access to these advanced technologies and how they could be utilised to manufacture components.

Original language	English
Place of Publication	Glasgow
Number of pages	92
Volume	1956
Edition	V1.0
Publication status	Published - 15 Oct 2021

Keywords

laser bending
peen forming
die quench forming
Ti-6Al-4 V

AFRC_CORE_1829_Characterisation of the Next Generation of Titanium
Jadhav, S., Liu, J., Carty, D. & ElRakayby, H.
1/02/21 → 29/10/21
Project: Internally funded project

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title = "AFRC_TRP1956_CORE_1829 - D4.1 Report Detailing a Review of Laser Bending, Peen Forming and Die Quench Forming Technologies",

abstract = "The main aim of this review performed as part of AFRC core project 1829, is to provide members with a deep understanding of three technology areas availability, maturity, cost, benefits, challenges, and current/future potential areas of application. The three technologies of interest to members are: (1) laser bending, (2) peen forming, and (3) die quench forming. The report is based on a literature review of the state of the art in these areas and significant potential technology supplier engagements to determine the potential for access to these advanced technologies and how they could be utilised to manufacture components.",

keywords = "laser bending, peen forming, die quench forming, Ti-6Al-4 V",

author = "Sandip Jadhav and Ahmed Elsayed and Jun Liu",

year = "2021",

month = oct,

day = "15",

language = "English",

volume = "1956",

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AU - Jadhav, Sandip

AU - Elsayed, Ahmed

AU - Liu, Jun

PY - 2021/10/15

Y1 - 2021/10/15

N2 - The main aim of this review performed as part of AFRC core project 1829, is to provide members with a deep understanding of three technology areas availability, maturity, cost, benefits, challenges, and current/future potential areas of application. The three technologies of interest to members are: (1) laser bending, (2) peen forming, and (3) die quench forming. The report is based on a literature review of the state of the art in these areas and significant potential technology supplier engagements to determine the potential for access to these advanced technologies and how they could be utilised to manufacture components.

AB - The main aim of this review performed as part of AFRC core project 1829, is to provide members with a deep understanding of three technology areas availability, maturity, cost, benefits, challenges, and current/future potential areas of application. The three technologies of interest to members are: (1) laser bending, (2) peen forming, and (3) die quench forming. The report is based on a literature review of the state of the art in these areas and significant potential technology supplier engagements to determine the potential for access to these advanced technologies and how they could be utilised to manufacture components.

KW - laser bending

KW - peen forming

KW - die quench forming

KW - Ti-6Al-4 V

M3 - Commissioned report

VL - 1956

BT - AFRC_TRP1956_CORE_1829 - D4.1 Report Detailing a Review of Laser Bending, Peen Forming and Die Quench Forming Technologies

CY - Glasgow

ER -

AFRC_TRP1956_CORE_1829 - D4.1 Report Detailing a Review of Laser Bending, Peen Forming and Die Quench Forming Technologies

Abstract

Keywords

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Projects

AFRC_CORE_1829_Characterisation of the Next Generation of Titanium

Cite this