The phrase "reasonable flow" is a correct and usable phrase in written English.
It typically refers to the flow of an argument or conversation, and can be used when someone wants to describe a progression of ideas or events that is steady and logical. For example, "The professor's lecture had a reasonable flow, starting with a broad overview of the concept and ending with specific details and examples."
Ferragamo: reasonable flow of customers, but no one buying.
"This was the one thing they could do which was a guaranteed reasonable flow of cash," explained Henderson.
One of the challenges faced by this technology is to design reasonable flow patterns, which strongly affect the surface and inner properties of the final slab in the mold.
In order to enhance the air oxidation of reduced PANI, several composites of PANI doped with co-catalysts were prepared, and a reasonable flow Zn//PANI suspension cell system was designed to investigate the discharge capacity of obtained PANI composite microparticle suspension cathodes.
The angle of repose of the microcrystalline cellulose samples lie around 40° (reasonable flow).
Angles of up to 40° indicate reasonable flow potential of the solid powders, whereas those samples with angles greater than 50° exhibit poor or absent flow (Fowler 2000).
He plays music that depends on complexity — polyrhythm, odd-metered and upbeat-stressing dance beats, songs embedded within songs — but makes it all sound logical, reasonable, flowing.
The three examples show how simple kinetic theory ideas on the microscopic scale can predict very different, but qualitatively reasonable, macroscopic flow fields in non-homogeneous flows, hence cannot be solved by strictly continuum-mechanical methods.
"We do not have any expectation of an imminent blowup," he said, adding that the company still had "a lot of levers it can pull to continue to generate reasonable cash flow".
In the current study, a robust model that simulates rough terrains and provides reasonable transient flow details close to the ground is proposed.
Most comprehensive combustion models can predict with reasonable accuracy flow fields and heat transfer, but usually with a much lesser degree of accuracy than the combustion of the coal particles through to char burnout.
