stagnation temperature


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stagnation temperature

[stag′nā·shən ‚tem·prə·chər]
(fluid mechanics)

stagnation temperature

The temperature at the stagnation point, which is a result of the friction or compression of airflow at that point. See stagnation point.
References in periodicals archive ?
According to Figure 5 T1 and p1 are the upstream stagnation temperature and pressure.
One important test checks the stagnation temperature, which is the maximum temperature the collector's absorber reaches an ambient temperature of 30[degrees]C and an irradiation of 1,000 W/[m.
However, you should consider that a high stagnation temperature causes great wear on materials.
For example, the stagnation temperature uncertainty component is calculated by
The LP CFV stagnation temperature in Stage 2 is measured using a Rosemount 162N100 A resistance temperature device (RTD).
The MP CFV stagnation temperature in Stage 2 is also measured using a Rosemount 162N100A resistance temperature device (RTD).
In this work, a heat exchanger is used to control the Stage 2 stagnation temperature to within 2 K of its Stage 1 value.
Measurements of the Nozzle Bank Stagnation Temperature and TMS Temperature
The uncertainty of the nozzle bank stagnation temperature has an additional uncertainty component attributed to the correction in calculating [T.
Uncertainty of the Stage 1 stagnation temperature YSI Model 46000 Thermistor Relative uncertainty Absolute Percent LP CFV stagnation temp.
Thermal modeling predicted bullets traveling at velocities over 2,100 fps see stagnation temperatures above 700 degrees Fahrenheit.
Above this, stagnation temperatures become extreme, attaining levels from 5000[deg.