A brief overview of methods for obtaining heat flow information and various types of primary heat flux converters is given; the methodological errors of measuring the heat flux for various conditions of heat exchange with the environment and the cases of the relative positions of the transducer and the control object when varying their thermophysical characteristics and geometric parameters are considered; design features and characteristics of thermoelectric heat flux transducers of the type of auxiliary wall are presented, intended for measuring stationary and non-stationary heat flow in wide ranges of temperature and heat flux
The development and calibration of both a plane-headed (hemi-spherical view), and a spherical-type h...
The development and calibration of both a plane-headed (hemi-spherical view), and a spherical-type h...
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...
Scientists use passive heat flow meters to measure body heat exchanges with the environment. In rece...
Contents: Principle of heat flux measurement. Types and construction of heat flux sensors. Applicati...
International audienceThe main objective of this lecture is to make the end users aware of the vario...
Scientists use passive heat flow meters to measure body heat exchanges with the environment. In rece...
International audienceThe main objective of this lecture is to make the end users aware of the vario...
International audienceThe main objective of this lecture is to make the end users aware of the vario...
International audienceThe main objective of this lecture is to make the end users aware of the vario...
Traceable and standardized metrology for thermoelectric generator modules (TEM) is a mandatory eleme...
Accurate and reliable in-situ characterization of buildings’ thermal envelope is of high significanc...
Accurate and reliable in-situ characterization of buildings’ thermal envelope is of high significanc...
This paper reviews the main sources of uncertainty in laboratory measurement of the thermal resistan...
The development and calibration of both a plane-headed (hemi-spherical view), and a spherical-type h...
The development and calibration of both a plane-headed (hemi-spherical view), and a spherical-type h...
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...
Scientists use passive heat flow meters to measure body heat exchanges with the environment. In rece...
Contents: Principle of heat flux measurement. Types and construction of heat flux sensors. Applicati...
International audienceThe main objective of this lecture is to make the end users aware of the vario...
Scientists use passive heat flow meters to measure body heat exchanges with the environment. In rece...
International audienceThe main objective of this lecture is to make the end users aware of the vario...
International audienceThe main objective of this lecture is to make the end users aware of the vario...
International audienceThe main objective of this lecture is to make the end users aware of the vario...
Traceable and standardized metrology for thermoelectric generator modules (TEM) is a mandatory eleme...
Accurate and reliable in-situ characterization of buildings’ thermal envelope is of high significanc...
Accurate and reliable in-situ characterization of buildings’ thermal envelope is of high significanc...
This paper reviews the main sources of uncertainty in laboratory measurement of the thermal resistan...
The development and calibration of both a plane-headed (hemi-spherical view), and a spherical-type h...
The development and calibration of both a plane-headed (hemi-spherical view), and a spherical-type h...
The paper presents the solution to a problem of determining the heat flux density and the heat trans...