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Exact(13)
T2: Heat sink entry temperature (K).
T1: Heat source entry temperature Brine temp (K).
Strip entry temperature is one of the important factors that affect alloying reactions at the steel/coating interface.
Furthermore, this simplified model can be reduced to only require the input data of flow rate, heat capacity and entry temperature of the heat sink and heat source.
In the approach, the component parameters may be compressor pressure ratios and efficiencies, turbine entry temperature, turbine efficiencies, engine mass flow rate, cooling flows, by-pass ratio, etc.
Turbine entry temperature is linked to efficiency and thereby to CO2 emissions so that there is a clear imperative to increase it.
Similar(47)
T rat : Ratio of heat sink and heat source entry temperatures.
One, the ratio of entry temperatures in source and sink, defines the particular site or application.
The entry temperatures of source and sink are grouped to a temperature ratio as in Equation 6.
Current entry temperatures exceed the melting points of the metals from which local components such as combustion liners, nozzle guide vanes and turbine blades are made.
The demand for higher power, better thermal efficiencies and lower weight gas turbines engines, calls for the research in the area of high temperature resistant materials to increase the TET (Turbine entry Temperatures).
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