The phrase "accurate fluid" is correct and usable in written English.
It can be used in contexts where precision and correctness of a fluid, such as a liquid or gas, are being described, often in scientific or technical discussions.
Example: "The laboratory requires an accurate fluid measurement to ensure the experiment yields reliable results."
Alternatives: "precise liquid" or "exact fluid".
Accurate fluid displacement was achieved implementing high precision component manufacturing and accurate linear engines (Schneider Electric, France).
Sufficient thermodynamic properties of live oil should be available for accurate fluid characterization.
Owing to the accurate fluid loss control, the formation damage was also relieved.
Accurate fluid flow simulation in geologically complex reservoirs is of particular importance in construction of reservoir simulators.
Furthermore, the importance of accurate fluid property data for the calculation and design of CAES processes is discussed.
Mesh convergence studies show that accurate fluid flow properties are obtained for a mesh size above 125,000 elements.
Although the kinetic description is more accurate than fluid models (MHD, gyro-fluid), because among other things it takes into account nonlinear resonant wave particle interaction, kinetic modeling has the drawback of a huge computer resource request.
In order to get an accurate transmission fluid reading, you will need to check it while your transmission is running and the fluid is warm.
These quantitative results are obtained by analytical approximations and, more important, by numerical integrations through accurate computational fluid dynamics (CFD) simulations.
An area to possibly address is getting into good attacking shape from turnover ball or kick receipt as our transition attack was not as accurate or fluid as it should be and looked disjointed at best.
While wind tunnel or flight test remain important, time accurate computational fluid dynamics (CFD) offers the option of calculating these procedures from first principles.
