The engineering community invests significantly in generating materials test data. Consideration need only be given to initiatives such as ITER and emerging technologies such as nanomaterials to appreciate the level of investment and the volume of data generated. Well-established procedural testing standards identify exactly what data needs to be recorded, but in the absence of corresponding formats, the data are rarely conserved, and their value diminishes as the material pedigree, test conditions and results become disassociated. Even when conserved, data invariably remain inaccessible to the wider community, which acts to hinder both business and research in the engineering sector. In this context, the Materials Data Centre (MDC) is one of a series of complementary initiatives to establish an infrastructure to capture and conserve data in the engineering sciences.

Materials Data Centre

Background

The engineering community invests significantly in generating materials test data. Consideration need only be given to initiatives such as ITER and emerging technologies such as nanomaterials to appreciate the level of investment and the volume of data generated. Well-established procedural testing standards identify exactly what data needs to be recorded, but in the absence of corresponding formats, the data are rarely conserved, and their value diminishes as the material pedigree, test conditions and results become disassociated. Even when conserved, data invariably remain inaccessible to the wider community, which acts to hinder both business and research in the engineering sector. In this context, the Materials Data Centre (MDC) is one of a series of complementary initiatives to establish an infrastructure to capture and conserve data in the engineering sciences.

Objectives

The MDC will be aligned to a complementary European project (ELSSI-EMD) that is aimed at engaging the materials community in the development standards-compliant schemas and ontologies. In the planned infrastructure, the role of the MDC will be to provide the engineering community a facility to conserve the significant volumes of materials data generated in the research and business sectors.

Outcomes

Although an ambitious effort, the MDC will simply deliver a facility to conserve and expose data. The real value will become apparent as Semantic technologies become established, at which stage the
ever-increasing body of experimental data will provide new opportunities for knowledge discovery within and across disciplines.

 
Lead institution
  • University of Southampton

 

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Primary Contact

 

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Summary
Start date
1 April 2009
End date
31 October 2009
Funding programme
Information Environment Programme 2009-11
Strand
Repository start up and enhancement strand
Project website
Committees
  • JISC Integrated Information Environment committee
Topic