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Multizone tracer gas infiltration measurements—Interpretation algorithms for non-isothermal cases
Abstract The algorithms for interpreting multizone air flow measurements using tracer gases presented in the literature are based on implicit rather than clearly defined hypotheses, an important example being that the temperature of the air is assumed to be homogeneous and constant. Moreover, an error analysis is often omitted and the techniques hitherto presented may be further developed. This paper presents the necessary hypotheses, extends the interpretation algorithms to include cases where the air temperature is neither homogeneous nor constant, and describes a general method for the error analysis which can be used for any measurement technique.
Multizone tracer gas infiltration measurements—Interpretation algorithms for non-isothermal cases
Abstract The algorithms for interpreting multizone air flow measurements using tracer gases presented in the literature are based on implicit rather than clearly defined hypotheses, an important example being that the temperature of the air is assumed to be homogeneous and constant. Moreover, an error analysis is often omitted and the techniques hitherto presented may be further developed. This paper presents the necessary hypotheses, extends the interpretation algorithms to include cases where the air temperature is neither homogeneous nor constant, and describes a general method for the error analysis which can be used for any measurement technique.
Multizone tracer gas infiltration measurements—Interpretation algorithms for non-isothermal cases
Roulet, Claude-A. (Autor:in) / Compagnon, Raphaël (Autor:in)
Building and Environment ; 24 ; 221-227
01.01.1989
7 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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