We describe a method for the measurement of thermal diffusivity of anisotropic materials. The technique uses a single pulse of light from a flashlamp on the front surface of a slap of material, part of which is shadowed by a rectangular mask. By fitting the measured rear surface temperature distributions as a function of time and space to a theoretical model, we obtain the thermal diffusivities in three orthogonal directions
As active thermography continues to gain acceptance as an NDE tool for both inservice and manufactur...
The applications of diverging thermal wave technique to measure thermal diffusivities of materials a...
Infrared thermal imaging has become a common technique for nondestructive evaluation and measurement...
The topic of this study is to show that the flash method, originally designed for measuring thermal ...
International audienceThermal non-destructive techniques are increasingly being used for testing and...
International audienceNew applications in aerospace or energy industries require the development of ...
The study concerns the thermal characterization at high temperatures of anisotropic materials whose ...
The through-thickness thermal diffusivity can be evaluated by the classical flash method. If an homo...
The purpose of this paper is to develop a non-contact method for simultaneous measurement of thermal...
Le sujet de l'étude concerne la caractérisation thermique à hautes températures de matériaux anisotr...
This article is dedicated to the simulation of heat diffusion in layered anisotropic materials. The ...
The increasing use of polymers sets more demands on nondestructive characterization and testing of b...
Abstract It is shown that the scope of the flash method, to determine thermal diffusivity of materia...
We study methods for calculating the thermal diffusivity of solids from laser flash experiments. Thi...
The paper deals with the laser flash method which is the most popular experimental method for measur...
As active thermography continues to gain acceptance as an NDE tool for both inservice and manufactur...
The applications of diverging thermal wave technique to measure thermal diffusivities of materials a...
Infrared thermal imaging has become a common technique for nondestructive evaluation and measurement...
The topic of this study is to show that the flash method, originally designed for measuring thermal ...
International audienceThermal non-destructive techniques are increasingly being used for testing and...
International audienceNew applications in aerospace or energy industries require the development of ...
The study concerns the thermal characterization at high temperatures of anisotropic materials whose ...
The through-thickness thermal diffusivity can be evaluated by the classical flash method. If an homo...
The purpose of this paper is to develop a non-contact method for simultaneous measurement of thermal...
Le sujet de l'étude concerne la caractérisation thermique à hautes températures de matériaux anisotr...
This article is dedicated to the simulation of heat diffusion in layered anisotropic materials. The ...
The increasing use of polymers sets more demands on nondestructive characterization and testing of b...
Abstract It is shown that the scope of the flash method, to determine thermal diffusivity of materia...
We study methods for calculating the thermal diffusivity of solids from laser flash experiments. Thi...
The paper deals with the laser flash method which is the most popular experimental method for measur...
As active thermography continues to gain acceptance as an NDE tool for both inservice and manufactur...
The applications of diverging thermal wave technique to measure thermal diffusivities of materials a...
Infrared thermal imaging has become a common technique for nondestructive evaluation and measurement...