Sentence examples for generalized temperature from inspiring English sources
To control the molten steel temperature in a Ladle Furnace accurately, it is necessary to build a precise (i.e. accurate and good generalized) temperature prediction model.
With the aim to report a generalized temperature and pressure correlation of the volumetric behavior of the measured base fluid and nanofluids, the specific volumes (v = 1/ρ), using the following expression [34], were adjusted to the experimental data: v T, p = v T, p ref · 1 − p − p ref B T, p, (1).
Continuity conditions at layer interfaces for temperature are automatically assured from the Heaviside step function, while those for normal heat flux allow us to determine the N − 1 generalized temperatures associated to the Heaviside step function.
A semi-empirical relationship for the Basquin fatigue equation, generalized for temperature and stress ratio, is developed and correlated to the experimental results.
In this study, the equation for the dimensionless thermal conductivity κ is generalized for temperature dependence as follows: kappa=kappa_{infty}(1+xi Theta), (11) where (kappa_{infty}) is the ambient thermal conductivity and ξ is the thermal conductivity parameter.
Open image in new window Figure 2 An equivalent system for generalized four-temperature-absorption heat pump system[3].
The glass transition temperature, generalized PCF and SF predicated by AIMD are in good agreement with the experimental data.
In this paper, a generalized DC high temperature superconducting fault current limiter (SFCL) is modeled by integrating Simulink and SimPowerSystem blocks.
When the mycobacterium has begun to spread, you will begin to manifest symptoms such as increased body temperature, generalized weakness, an accelerating pulse rate which means that your body is trying to fight off the foreign body that is attacking.
Theory of two-temperature generalized thermoelasticity, IMA J. Appl.
The generalized principle of temperature-induced equilibrium shift was applied to improve the sorption-enhanced reaction (SER) process by controlling the subsection-wall temperature.
