In this paper, a new experimental method for measuring thermal conductivity and thermal partition coefficient for building materials is presented. The uniqueness of this method is that the aforementioned physical properties are measured for the building materials under the same conditions as in real life. This method is based on monitoring the temperature difference across the sample and the solution of the transient conduction equation. The proposed method and designed apparatus were tested using some building materials (i.e. sheet metal, glass windows, concrete bricks, concrete bricks with plaster and marble) and the preliminary tests showed promising results
Artykuł prezentuje pomiary współczynników przewodzenia ciepła materiałów budowlanych przeprowadzone ...
A dynamic method based on hot-wire technique for determining thermal conductivity of different insul...
Thermal conductivity of materials for structural elements and thermal insulation represents a fundam...
An apparatus was developed to measure the thermal diffusivity of solids with particular emphasis on ...
An apparatus has been designed and developed for the measurement of the thermal conductivity of samp...
This aim of task deals with the study of heat dissipation mechanisms and description of physical phe...
Thermal control (passive and active) is a non-destructive testing method. During passive thermal con...
This aim of task deals with study of heat dissipation mechanisms and the description of physical phe...
The thermal diffusivity of building materials is an extremely important parameter influencing the su...
The characterization of thermal insulation properties of construction materials represents a fundame...
A range of instruments are available to measure thermal conductivity of building materials. Some of ...
33-36A new apparatus for determining thermal conductance (C)-value of building and insulating mater...
As an application of the usual hot wire method, a method of determining the thermal conductivity of ...
International audienceThis paper presents a study of the hot plate method with two simultaneous temp...
Summary A transition test method is developed for determining the thermal properties of building mat...
Artykuł prezentuje pomiary współczynników przewodzenia ciepła materiałów budowlanych przeprowadzone ...
A dynamic method based on hot-wire technique for determining thermal conductivity of different insul...
Thermal conductivity of materials for structural elements and thermal insulation represents a fundam...
An apparatus was developed to measure the thermal diffusivity of solids with particular emphasis on ...
An apparatus has been designed and developed for the measurement of the thermal conductivity of samp...
This aim of task deals with the study of heat dissipation mechanisms and description of physical phe...
Thermal control (passive and active) is a non-destructive testing method. During passive thermal con...
This aim of task deals with study of heat dissipation mechanisms and the description of physical phe...
The thermal diffusivity of building materials is an extremely important parameter influencing the su...
The characterization of thermal insulation properties of construction materials represents a fundame...
A range of instruments are available to measure thermal conductivity of building materials. Some of ...
33-36A new apparatus for determining thermal conductance (C)-value of building and insulating mater...
As an application of the usual hot wire method, a method of determining the thermal conductivity of ...
International audienceThis paper presents a study of the hot plate method with two simultaneous temp...
Summary A transition test method is developed for determining the thermal properties of building mat...
Artykuł prezentuje pomiary współczynników przewodzenia ciepła materiałów budowlanych przeprowadzone ...
A dynamic method based on hot-wire technique for determining thermal conductivity of different insul...
Thermal conductivity of materials for structural elements and thermal insulation represents a fundam...