In this study, we investigate the sensitivity properties of YBa2Cu3O7-δ thin films with a 15°
tilting angle in relation to heat flux density. The films were prepared using the laser pulsed …

This paper compares the calibration of different heat flux sensors in radiation-and
convection-based sub-and supersonic operation. First, four heat flux sensors based on …

The study is devoted to assessing the applicability of the manufactured thermoelectric
sensor for functioning in shock tubes to measure instantaneous heat fluxes occurring in …

The velocity field and wall heat transfer distributions for internal flows in the presence of
longitudinal vortices have been experimentally investigated. A transient method based on …

A novel heat flux sensor was tested that allows for time-resolved heat flux measurements in
internal ribbed channels related to the study of passages in gas turbine blades. The working …

Abstract The Transverse Seebeck Effect (TSE) in a 20° inclined epitaxial nitrogen-doped 4H-
SiC thin film was observed for the first time. When excited by a 248 nm pulsed laser with a …

This study demonstrates a new methodology for the simultaneous direct measurement of
temperature and heat flux within the same sensing element of heat flux sensors. The …

Numerical and experimental investigations on the influence of nonuniform initial
temperature on the transient heat transfer measurements are presented in this paper. The …

In this study, the static calibration of different heat flux sensors in radiation-and convection-
based procedures are compared. First, three heat flux sensors based on different principles …

A fundamental question in the design of fin-augmented heat transfer surfaces is how to
determine the optimal spacing between the fins. It has already been demonstrated that …