SAMULET 5.1.7 SPF tooling development; WP12 Final report

Paul Wood; Lin Sun; Rahul Bhattacharya; Andrzej Rosochowski

SAMULET 5.1.7 SPF tooling development; WP12 Final report

Paul Wood, Lin Sun, Rahul Bhattacharya, Andrzej Rosochowski

Design, Manufacturing And Engineering Management

Research output: Book/Report › Other report

Abstract

This report (D12) summarises the work programme undertaken in the SAMULET 5.1.7 SPF tooling development project that have been contracted to the Advanced Forming Research Centre in the University of Strathclyde by the lead industry partner in this project. The nature of the research is collaborative research although the AFRC is a subcontractor to the lead industry partner BAES. The work programme as defined in the BAES’ statement of work (DOCUMENT No: BAE-WDD-WP-MIS-500615) is divided conveniently into work packages (WP) with measurable outcomes; these include a review of the state of art (WP1), tool material characterisation (WP2), surface coatings (WP3), modelling the forming process and tooling (WP4), non destructive testing (WP6) and modelling an industrial SPF tool (WP8).

Original language	English
Place of Publication	Glasgow
Publisher	University of Strathclyde
Number of pages	62
Publication status	Published - 25 Mar 2013

Keywords

SAMULET 5.1.7
SPF tooling development
WP12
final report

1 Finished

SAMULET Project 5 Task 5.1.3 Superplastic Forming and Task 5.5.2 Development of Inspection Methods for Novel Materials
Rosochowski, A., Ewing, H. & Gachagan, A.
EPSRC (Engineering and Physical Sciences Research Council)
1/06/09 → 31/01/13
Project: Research

Cite this

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abstract = "This report (D12) summarises the work programme undertaken in the SAMULET 5.1.7 SPF tooling development project that have been contracted to the Advanced Forming Research Centre in the University of Strathclyde by the lead industry partner in this project. The nature of the research is collaborative research although the AFRC is a subcontractor to the lead industry partner BAES. The work programme as defined in the BAES{\textquoteright} statement of work (DOCUMENT No: BAE-WDD-WP-MIS-500615) is divided conveniently into work packages (WP) with measurable outcomes; these include a review of the state of art (WP1), tool material characterisation (WP2), surface coatings (WP3), modelling the forming process and tooling (WP4), non destructive testing (WP6) and modelling an industrial SPF tool (WP8).",

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AU - Wood, Paul

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AB - This report (D12) summarises the work programme undertaken in the SAMULET 5.1.7 SPF tooling development project that have been contracted to the Advanced Forming Research Centre in the University of Strathclyde by the lead industry partner in this project. The nature of the research is collaborative research although the AFRC is a subcontractor to the lead industry partner BAES. The work programme as defined in the BAES’ statement of work (DOCUMENT No: BAE-WDD-WP-MIS-500615) is divided conveniently into work packages (WP) with measurable outcomes; these include a review of the state of art (WP1), tool material characterisation (WP2), surface coatings (WP3), modelling the forming process and tooling (WP4), non destructive testing (WP6) and modelling an industrial SPF tool (WP8).

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KW - SPF tooling development

KW - WP12

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M3 - Other report

BT - SAMULET 5.1.7 SPF tooling development; WP12 Final report

PB - University of Strathclyde

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ER -

SAMULET 5.1.7 SPF tooling development; WP12 Final report

Abstract

Keywords

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Projects

SAMULET Project 5 Task 5.1.3 Superplastic Forming and Task 5.5.2 Development of Inspection Methods for Novel Materials

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