We present the results of comparative measurements of the heat flux to a flat plate in a
supersonic flow at a Mach number of M= 6, which were performed using the two following …

Investigation into heat fluxes toward the surface of airplanes remains one of the topical
problems in the field of contemporary aerodynamics. Recently sensors based on anisotropic …

Comparative heat flux measurements were performed in the hypersonic high enthalpy flow
field of the arc heated facility L2K. Three different sensors were compared: two cold wall …

We present the results of measuring the heat flux using sensors based on anisotropic
thermoelements and a thin-film resistance sensor for cases of shock-wave reflection from the …

This paper has developed a mathematical model for calculating the conjugate heat transfer
between a supersonic airflow at the freestream Mach numbers M∞= 3, 4, 5, and a copper …

The so-called Atomic Layer Thermo Pile (ALTP) is a well established sensor in the field of
infrared laser beam diagnostics. The working principle of this sensor is based on the …

THE past few years have witnessed a growing interest in the measurement of unsteady heat
transfer phenomena. This increase in interest is due to the need and desire to understand …

This contribution addresses the question of measuring the time-averaged flow temperature
with miniature fast-response pressure probes built primarily for pressure and velocity …

Fluctuation of total temperature is a fundamental variable of interest in the disturbance
modes of the test section flow in supersonic and hypersonic wind tunnels, particularly when …

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 …