NONSTATIONARY THERMAL MEASUREMENTS OF BUILDING ENVELOPE
ITMO University, Saint Petersburg, 197101, Russian Federation; Associate professor; Professor
Гладских Д. А.
Университет ИТМО; студент
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Abstract. A promising method for restoring of nonstationary heat flux through QA of various buildings and facilities is presented. The main advantage of the nonstationary method is a relatively low time necessary for its implementation in practice (less than one workday).
Keywords:
heat flow, parametric identification, temperature, differential-difference model, building envelope.
