"fluid point of view" is correct and usable in written English.
It is a phrase used to describe an approach to a situation or subject that is adaptable and able to change depending on the circumstances. For example, "We need to take a fluid point of view on this matter and be willing to adjust our viewpoint depending on the information that we receive."
One of Jen's greatest strengths is her fluid point of view, which she employs beautifully here, alternating perspectives among Hattie, Sophy and a local man named Everett, whose wife is Sophy's sponsor at the Heritage Bible Church.
This fluid point of view permits many avenues of approach to the novel's events; for example, we see Professor Mabie and Billy skulking in to have a drink away from the rest of the family, yet also see how the other family members respect their desire for privacy.
Mr. Yang, like his colleague Mr. Hou and many other Asian directors, prefers a fluid point of view, one not tied to any particular character; his is a slightly set-back perspective that allows the audience members to choose their own identification figures, or shift their focus of identification as the drama unfolds.
An analysis of a sequencing batch reactor (SBR) from a fluid mechanical point of view, used in the cultivation of granular activated sludge (GAS), is carried out by experimental, computational fluid dynamics (CFD) and artificial neuronal networks (ANN) methods.
This complex behaviour makes the simulation of the aerodynamics of these structures a challenging task from the Computational Fluid Dynamic point of view.
A mathematical model of the electrocatalytic hydrogenation of phenol on a Pd/Al2O3 (10%, w/w) catalyst is developed and presented from the chemical kinetic to the fluid mechanical point of view in a laboratory scale cell.
From the fluid dynamic point of view, the solid above this surface behaves as a permeable compact; the solid below, instead, can be considered as a moving suspension of solids in gas.
Based on the pulse attenuation characteristics, for the three particle types examined, recommendations are made on preferred conditions for induced pulsing (from the fluid dynamics point of view) which would maximize benefits.
In this work, the finite element model developed for the simulation of the fuel cell current collector will be explained from a fluid-dynamic point of view.
The expectations of the mentioned process and possibilities from fluid-dynamics point of view were discussed with aid of primary circulation time.
Albeit some erosion-related issues remain to be fully addressed, the results of this analysis show that a multi-blade screw pump could be a viable option for ALFRED from a thermo-fluid-dynamic point of view.
