The paper presents the solution to a problem of determining the heat flux density and the heat transfer coefficient, on the basis of temperature measurement at three locations in the flat sensor, with the assumption that the heat conductivity of the sensor material is temperature dependent. Three different methods for determining the heat flux and heat transfer coefficient, with their practical applications, are presented. The uncertainties in the determined values are also estimated
A standard TPS measurement gives the thermal conductivity and thermal diffusivity of an isotropic ma...
A procedure based on the solution of the inverse problem of heat conduction is presented for the cal...
International audienceIn this paper, we present a gradient based heat flux sensor. It consists of pl...
The paper presents the solution to a problem of determining the heat flux density and the heat trans...
Heat flux measurement is used in the field of fluid mechanics and heat transfer to quantify the tran...
A new steady-state method for measuring convective heat transfer coefficients is illustrated and tes...
A new steady-state method for measuring convective heat transfer coefficients is illustrated and tes...
A new steady-state method for measuring convective heat transfer coefficients is illustrated and tes...
A new steady-state method for measuring convective heat transfer coefficients is illustrated and tes...
Contents: Principle of heat flux measurement. Types and construction of heat flux sensors. Applicati...
Abstract A novel technique for measuring convective heat transfer coefficients is presented. The pro...
In this paper, we present a gradient based heat flux sensor. It consists of platinum resistances dep...
In this paper, we present a gradient based heat flux sensor. It consists of platinum resistances dep...
Scientists use passive heat flow meters to measure body heat exchanges with the environment. In rece...
Abstract. Measuring heat ux out or into a process surface is of signicant practi-cal interest. Mini...
A standard TPS measurement gives the thermal conductivity and thermal diffusivity of an isotropic ma...
A procedure based on the solution of the inverse problem of heat conduction is presented for the cal...
International audienceIn this paper, we present a gradient based heat flux sensor. It consists of pl...
The paper presents the solution to a problem of determining the heat flux density and the heat trans...
Heat flux measurement is used in the field of fluid mechanics and heat transfer to quantify the tran...
A new steady-state method for measuring convective heat transfer coefficients is illustrated and tes...
A new steady-state method for measuring convective heat transfer coefficients is illustrated and tes...
A new steady-state method for measuring convective heat transfer coefficients is illustrated and tes...
A new steady-state method for measuring convective heat transfer coefficients is illustrated and tes...
Contents: Principle of heat flux measurement. Types and construction of heat flux sensors. Applicati...
Abstract A novel technique for measuring convective heat transfer coefficients is presented. The pro...
In this paper, we present a gradient based heat flux sensor. It consists of platinum resistances dep...
In this paper, we present a gradient based heat flux sensor. It consists of platinum resistances dep...
Scientists use passive heat flow meters to measure body heat exchanges with the environment. In rece...
Abstract. Measuring heat ux out or into a process surface is of signicant practi-cal interest. Mini...
A standard TPS measurement gives the thermal conductivity and thermal diffusivity of an isotropic ma...
A procedure based on the solution of the inverse problem of heat conduction is presented for the cal...
International audienceIn this paper, we present a gradient based heat flux sensor. It consists of pl...