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Resilience analysis of a pipe segment system carrying superheated steam
S GUHA,
Published in Trans Tech Publications Ltd
2014
Volume: 917
   
Pages: 232 - 243
Abstract
A pipe segment system has been used to estimate its inherent resilience properties for the variation of mass flow rate, inlet temperature and inlet pressure. Superheated steam is taken as the process fluid. The magnitude of the resilience decreases from 927.8 kJ/m3s to 43 kJ/m3s and 31.5 kJ/m3s for variation of mass flow rate, inlet pressure and inlet temperature respectively. In this work, a novel methodology has been described for quantification of inherent system resilience and resilience magnitude has been found to be highest (927.8 kJ/m3)s in case of variation of mass flow rate through the pipe segment system. A useful correlation T = Ta(1-e-nL)+Tse-nLhas been formulated for estimation of process fluid temperature, T at any pipe length, L. © (2014) Trans Tech Publications, Switzerland.
About the journal
JournalAdvanced Materials Research
PublisherTrans Tech Publications Ltd
ISSN1022-6680