Archivio Istituzionale della RicercaA simplified procedure for analyzing data obtained from an experimental apparatus in unsteady state conditions, constructed in order to measure thermal conductivity variations of light insulating materials obtained from thermal ageing and humidity cycles, is presented here. The calculations have been carried out with a lumped thermal model using an inverse method. Several ageing cycles and measurements have been carried out and the method has permitted the reduction of the experimental and calculation costs.
An inverse method applied to thermal conductivity measurement of light insulating materials / CALI' QUAGLIA, Michele; Giaretto, Valter; Ruscica, Giuseppe. - In: MODERN PHYSICS LETTERS B. - ISSN 0217-9849. - 9:23(1995), pp. 1539-1554. [10.1142/S0217984995001546]
An inverse method applied to thermal conductivity measurement of light insulating materials
CALI' QUAGLIA, MICHELE;GIARETTO, Valter;RUSCICA, GIUSEPPE
1995
Abstract
A simplified procedure for analyzing data obtained from an experimental apparatus in unsteady state conditions, constructed in order to measure thermal conductivity variations of light insulating materials obtained from thermal ageing and humidity cycles, is presented here. The calculations have been carried out with a lumped thermal model using an inverse method. Several ageing cycles and measurements have been carried out and the method has permitted the reduction of the experimental and calculation costs.
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https://hdl.handle.net/11583/1401308
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