Modelling of accelerated pipe freezing
Modelling of accelerated pipe freezing
The use of pipe freezing as an advanced maintenance technique and the potential advantages of freezing non-circular sections were highlighted in an earlier paper. This work reports in detail on the finite element modelling of the freeze in a non-circular section. The formulation and operation of the model is explained and predicted time-to-freeze compared with the results of new experiments.
pipe freezing, non-circular sections, finite element modelling, ansys
1353-1359
Stone, H.B.J.
134f61dd-4b3f-47fb-9621-7605d3ae8585
Martin, C.I.
0fa25017-45fa-4103-94a1-4a7145da33e8
Richardson, R.N.
972cc0b1-7c0b-4c43-8f2f-1b3f14d3fc5e
Bowen, R.J.
157b6e67-cea0-4f6d-9f19-df219af0a184
2004
Stone, H.B.J.
134f61dd-4b3f-47fb-9621-7605d3ae8585
Martin, C.I.
0fa25017-45fa-4103-94a1-4a7145da33e8
Richardson, R.N.
972cc0b1-7c0b-4c43-8f2f-1b3f14d3fc5e
Bowen, R.J.
157b6e67-cea0-4f6d-9f19-df219af0a184
Stone, H.B.J., Martin, C.I., Richardson, R.N. and Bowen, R.J.
(2004)
Modelling of accelerated pipe freezing.
Chemical Engineering Research and Design, Transactions of the Institute of Chemical Engineers: Part A, 82 (A10), .
(doi:10.1205/cerd.82.10.1353.46736).
Abstract
The use of pipe freezing as an advanced maintenance technique and the potential advantages of freezing non-circular sections were highlighted in an earlier paper. This work reports in detail on the finite element modelling of the freeze in a non-circular section. The formulation and operation of the model is explained and predicted time-to-freeze compared with the results of new experiments.
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Published date: 2004
Keywords:
pipe freezing, non-circular sections, finite element modelling, ansys
Organisations:
Engineering Sciences
Identifiers
Local EPrints ID: 22891
URI: http://eprints.soton.ac.uk/id/eprint/22891
ISSN: 0263-8762
PURE UUID: b7b393bc-ea74-4ed8-a778-006d74a02ea2
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Date deposited: 23 Mar 2006
Last modified: 15 Mar 2024 06:41
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Contributors
Author:
H.B.J. Stone
Author:
C.I. Martin
Author:
R.N. Richardson
Author:
R.J. Bowen
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