Examples of 'isentropic' in a sentence
Meaning of "isentropic"
Isentropic is an engineering term used to describe a process or change that occurs without any heat transfer and with no change in entropy
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- Having a constant entropy
How to use "isentropic" in a sentence
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isentropic
Isentropic processes are adiabatic and reversible processes.
Engineers call such a process an isentropic process.
Isentropic compression of the gas isentropic work input.
This uses a piston for isentropic compression.
Both expansion and compression are strictly isentropic.
An isentropic process occurs at a constant entropy.
Gas compression occurs in isentropic process.
An isentropic process is an adiabatic process that is also reversible.
Pressure reduction may be at least partially by isentropic means.
The isentropic efficiency of the compressors depends on the compression ratio.
Compression and expansion are not isentropic.
The isentropic efficiency of the compressors is a function of the compression ratio.
Assuming a constant isentropic efficiency.
And isentropic efficiency.
Adiabatic process or isentropic process.
See also
The thermodynamic efficiency is a measure of how well it performs compared to an isentropic case.
They are isentropic.
The isentropic efficiency is found by dividing the actual work by the ideal work.
The adiabats are isentropic.
This is consistent with the isentropic flow assumption in which inertia force dominates.
The efficiency of the expander is defined by comparison with an isentropic expansion.
There are both actual and the isentropic stagnation states for a typical gas or vapor.
It can be shown that any reversible adiabatic process is an isentropic process.
The apparent molar isentropic compressibilities of benzene and water were calculated from these data.
The entropy of a fluid remains constant during an isentropic stagnation process.
Fanno flow Isentropic process Rayleigh flow.
Work is performed on the system during the lower isentropic compression process.
In thermodynamics, an isentropic process is a process in which entropy remains constant.
General standard practice is to interpret these efficiencies as isentropic rather than polytropic.
The higher the isentropic efficiency, the greater the lowering of temperature.
One of the most important is the fact that no perfectly isentropic fluid exists.
As a result, both the isentropic and the volumetric efficiencies of the compressor are reduced.
It remains very close to the saturated vapor state after an hypothetical isentropic expansion.
The case of the two-fluid isentropic flow is discussed.
The process during which the entropy of the system remains constant is an isentropic process.
These relations show that more work is required for isentropic compression than for isothermal compression.
The angle of attack a can be introduced for either a right circular or an isentropic cone 70.
The high-pressure steam then undergoes an isentropic expansion in a conventional steam turbine.
Lifting of air that is travelling along an upward-sloping isentropic surface.
The reduced mass flow, pressure ratio and isentropic efficiency reduce the engine thrust capability.
The expansion machine increases the efficiency of the system by providing a more isentropic expansion process.
An isentropic process appears as a vertical line on a T-s diagram.
The main governing equations in the supersonic regime are the isentropic flow equations.
While the isentropic expansion is depicted, for purposes of Figs.
The second substream can be compressed and aftercooled prior to the isentropic expansion thereof.
A simple more common definition of isentropic would be one that produces " No change in entropy ".
For a reversible process, this is identical to an isentropic process.
The isentropic expansion is shown as a vertical line C '.
Property diagrams that include entropy Isentropic efficiency.
Segment AB represents the isentropic compression of the refrigerant FR by the compressor 14.
