Add to ORKGThe paper deals with the fluid temperature effect on the hot-wire anemometer output signal. There is described a correction method which compensate for fluid temperature drift in a constant-temperature anemometer operation
Hot-wire anemometers, when used in a nonisothermal flow field, respond to both fluid temperature and...
The influence of end conduction on the sensitivity to stream temperature fluctuations of a constant ...
The research carried out on this subject has helped in the development of methods of measurïng mean ...
Theoretical considerations and experimental results indicate that except for a very slight temperatu...
We study the performance of the classical relation for the correction for ambient temperature drift ...
We study the performance of the classical relation for the correction for ambient temperature drift ...
This paper describes the development of calibration equations for constant temperature hot-wire anem...
Variations in fluid temperature are the most important error source in hot-wire anemometer measureme...
Variations in fluid temperature are the most important error source in hot-wire anemometer measureme...
AbstractThe present work deals with the design of a multi-probe support for simultaneous multi-point...
In comparing the theoretical performance of sensors, the term eb/q (voltage change due to change In ...
The paper deals with simultanenous measurement of both velocity and temperature by means of two sens...
Abstract — The performance of a hot-wire anemometer configuration is affected by variation in the fl...
Accurate calibration is imperative to obtain reliable flow measurements using hot-wire anemometry. C...
One of the key parameters in hot-wire anemometry is the temperature of the sensor. The temperature i...
Hot-wire anemometers, when used in a nonisothermal flow field, respond to both fluid temperature and...
The influence of end conduction on the sensitivity to stream temperature fluctuations of a constant ...
The research carried out on this subject has helped in the development of methods of measurïng mean ...
Theoretical considerations and experimental results indicate that except for a very slight temperatu...
We study the performance of the classical relation for the correction for ambient temperature drift ...
We study the performance of the classical relation for the correction for ambient temperature drift ...
This paper describes the development of calibration equations for constant temperature hot-wire anem...
Variations in fluid temperature are the most important error source in hot-wire anemometer measureme...
Variations in fluid temperature are the most important error source in hot-wire anemometer measureme...
AbstractThe present work deals with the design of a multi-probe support for simultaneous multi-point...
In comparing the theoretical performance of sensors, the term eb/q (voltage change due to change In ...
The paper deals with simultanenous measurement of both velocity and temperature by means of two sens...
Abstract — The performance of a hot-wire anemometer configuration is affected by variation in the fl...
Accurate calibration is imperative to obtain reliable flow measurements using hot-wire anemometry. C...
One of the key parameters in hot-wire anemometry is the temperature of the sensor. The temperature i...
Hot-wire anemometers, when used in a nonisothermal flow field, respond to both fluid temperature and...
The influence of end conduction on the sensitivity to stream temperature fluctuations of a constant ...
The research carried out on this subject has helped in the development of methods of measurïng mean ...