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An integrated testing programme for a near field radionuclide migration code

Binks, P., Fairhurst, A., Howarth, D., Humphreys, Paul, Johnstone, T., Jones, M., Kelly, E., Lee, A.C., McGarry, R., Randall, M., Smalley, D., Thomson, D. and Trivedi, T.P. (1997) An integrated testing programme for a near field radionuclide migration code. Materials Research Society Proceedings, 506. pp. 613-620. ISSN 0272-9172

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    Abstract

    The DRINK code is a 2D, biogeochemical transport code developed as a research tool to simulate the long term evolution of near surface LLW disposal sites and to generate gaseous and liquid source terms for far field studies. The code was recently upgraded to provide a more generic modelling tool with wider application to radionuclide migration scenarios. During the
    development of this code, the Generalised Repository Model (GRM), an integrated strategy has
    been employed to ensure the production of a fully tested, verified and quality assured product.
    This strategy is based around a code development protocol with three main components: quality
    assurance and documentation, verification and realism testing. Realism testing includes both peer review and model testing, with the latter including: experimental test cases; natural and
    anthropogenic analogues; field observations and finally uncertainty and sensitivity analysis. This
    paper describes the successful application of the protocol to the development and testing of the
    GRM code with specific emphasis upon verification and realism testing.

    Item Type: Article
    Subjects: Q Science > Q Science (General)
    Q Science > QD Chemistry
    Schools: School of Applied Sciences
    Related URLs:
    Depositing User: Sharon Beastall
    Date Deposited: 08 Dec 2010 11:44
    Last Modified: 05 Nov 2012 13:22
    URI: http://eprints.hud.ac.uk/id/eprint/9188

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