"fluid transportation" is a correct and usable phrase in written English.
It means the movement or transfer of liquids from one place to another. You can use it in various contexts, such as discussing different methods of transporting liquids or describing the process of moving fluids through pipelines. Example: The company invested in new technology to improve their fluid transportation system, resulting in more efficient and cost-effective delivery of their products.
The failure probability calculations are carried out for different pipeline modes of the fluid transportation.
The flow state in the annulus strongly influences the performance of fluid transportation in the devices.
In general, fluid handling involves two problems: fluid transportation and fluid pressurization.
Finally, as a working example, the design of filament-wound pipe for fluid transportation is presented.
Soiling and corrosion are severe problems in industrial process, such as fluid transportation in pipelines and heat exchange.
Heterogenous catalysis, fluid transportation, wetting, nanofriction, and protein adsorption are important phenomena in chemical and biological engineering.
The dynamical process of the heart uses computing modules of electrical generation, physiological signal propagation, mechanics deformation, and fluid flow transportation.
It is assumed that the heterogeneous nucleation of hydrates in the upstream oil and gas industry occurs, which would block the fluid flow transportation, when produced fluids (oil/gas/water) in a multiphase pipeline enter the hydrate stability temperature and pressure conditions.
Bubble formation phenomena in a two-phase gas/liquid system occur in many industries that involve boiling; such as desalination stations, nuclear reactors, chemical plants, and fluid piping transportation and processes.
Human serum albumin (HSA) is the most abundant plasma protein that plays critical homeostatic functions in human physiology including maintenance of plasma oncotic pressure, regulating body fluids distribution, transportation of small molecules, etc1.
Although she was still a junior at the time, she contacted Ting — an MIT alumnus with a dual degree in 7A and 10 — and together they fashioned a summer position just for her, studying the role of miniscule, fluid-filled transportation structures called exosomes in cancer development and diagnosis.
