Effective thermal conductivity is generally recognized as the intrinsic factor to reveal the thermal responses of fibrous materials. Here, two typical measurements, the step-wise transient method and the guarded hot plate method, were utilized to identify their feasibility for the effective thermal conductivity of fibrous materials (non-woven fabric and twill fabric) with different stacking layers
In the present study, measurements of the thermal conductivity of solid materials with high conducti...
The problem of determining thermal diffusivity from transient temperature measurements is analysed, ...
In the present contribution systematic effective thermal conductivity measurements with different me...
The determination of thermal properties of textile materials is difficult and subject to errors. He...
The theoretical basis for the probe method has been investigated. The accuracies and repeatabilities...
The study of the protection performance provided by fibrous fireproofing materials asks for simple a...
As an application of the usual hot wire method, a method of determining the thermal conductivity of ...
International audienceA device for fibers strand axial thermal conductivity measurement has been des...
Concerning rock wool insulation, which is a typical example for fibrous insulations, an empirical eq...
Thermal conductivities of fibrous insulations with low bulk densities of 28, 63, and 78 kg/m$^3$ wer...
In this paper, a new short-hot-wire method for measuring thermal coductivity of a fine fiber is prop...
Thermal Probe Method (TPM) using transient plain source widely used to determine the effective therm...
The investigations concern the evaluation of thermal parameters, such as thermal conductivity and ca...
Radiation heat transfer is found to be the dominant mode of heat transfer at temperatures higher tha...
This report is the review on the studies of the effective thermal conductivity of clothing materials...
In the present study, measurements of the thermal conductivity of solid materials with high conducti...
The problem of determining thermal diffusivity from transient temperature measurements is analysed, ...
In the present contribution systematic effective thermal conductivity measurements with different me...
The determination of thermal properties of textile materials is difficult and subject to errors. He...
The theoretical basis for the probe method has been investigated. The accuracies and repeatabilities...
The study of the protection performance provided by fibrous fireproofing materials asks for simple a...
As an application of the usual hot wire method, a method of determining the thermal conductivity of ...
International audienceA device for fibers strand axial thermal conductivity measurement has been des...
Concerning rock wool insulation, which is a typical example for fibrous insulations, an empirical eq...
Thermal conductivities of fibrous insulations with low bulk densities of 28, 63, and 78 kg/m$^3$ wer...
In this paper, a new short-hot-wire method for measuring thermal coductivity of a fine fiber is prop...
Thermal Probe Method (TPM) using transient plain source widely used to determine the effective therm...
The investigations concern the evaluation of thermal parameters, such as thermal conductivity and ca...
Radiation heat transfer is found to be the dominant mode of heat transfer at temperatures higher tha...
This report is the review on the studies of the effective thermal conductivity of clothing materials...
In the present study, measurements of the thermal conductivity of solid materials with high conducti...
The problem of determining thermal diffusivity from transient temperature measurements is analysed, ...
In the present contribution systematic effective thermal conductivity measurements with different me...