Add to ORKGThe paper deals with simultanenous measurement of both velocity and temperature by means of two sensor hot-wire probe. The effect of dynamic adjustment on the behaviour of constant-temperature anemometer at low overheats is crucial
Theoretical considerations and experimental results indicate that except for a very slight temperatu...
Abstract — The performance of a hot-wire anemometer configuration is affected by variation in the fl...
The paper deals with the fluid temperature effect on the hot-wire anemometer output signal. There is...
Paper deals with properties of multiple-sensor hot-wire probes which has been developed in Fluid Dyn...
Characteristics of a new two-sensor HWA probe designed for simultaneous measurement of the velocity ...
The method of simultaneous flow velocity and concentration measurement by means of a constant temper...
A single sensor hot-wire device with automatic temperature compensation for velocity measurements...
Hot-wire anemometers, when used in a nonisothermal flow field, respond to both fluid temperature and...
Hot-wire anemometric measurements of non-isothermal flows require the use of thermal compensation or...
Abstract. A technique for making simultaneous temperature and velocity measurements, required for me...
A technique is described for unsteady flow measurements which permits automatic time-constant adjust...
This paper describes the development of calibration equations for constant temperature hot-wire anem...
The paper contains a short description of two hot-element probes used in the past for simultaneous ...
The paper deals with the method of simultaneous flow velocity and concentration measurement in a bin...
AbstractThe present work deals with the design of a multi-probe support for simultaneous multi-point...
Theoretical considerations and experimental results indicate that except for a very slight temperatu...
Abstract — The performance of a hot-wire anemometer configuration is affected by variation in the fl...
The paper deals with the fluid temperature effect on the hot-wire anemometer output signal. There is...
Paper deals with properties of multiple-sensor hot-wire probes which has been developed in Fluid Dyn...
Characteristics of a new two-sensor HWA probe designed for simultaneous measurement of the velocity ...
The method of simultaneous flow velocity and concentration measurement by means of a constant temper...
A single sensor hot-wire device with automatic temperature compensation for velocity measurements...
Hot-wire anemometers, when used in a nonisothermal flow field, respond to both fluid temperature and...
Hot-wire anemometric measurements of non-isothermal flows require the use of thermal compensation or...
Abstract. A technique for making simultaneous temperature and velocity measurements, required for me...
A technique is described for unsteady flow measurements which permits automatic time-constant adjust...
This paper describes the development of calibration equations for constant temperature hot-wire anem...
The paper contains a short description of two hot-element probes used in the past for simultaneous ...
The paper deals with the method of simultaneous flow velocity and concentration measurement in a bin...
AbstractThe present work deals with the design of a multi-probe support for simultaneous multi-point...
Theoretical considerations and experimental results indicate that except for a very slight temperatu...
Abstract — The performance of a hot-wire anemometer configuration is affected by variation in the fl...
The paper deals with the fluid temperature effect on the hot-wire anemometer output signal. There is...