The phrase "acting in the direction of" is correct and usable in written English.
It can be used to describe someone or something that is taking steps or making efforts towards a specific goal or outcome.
Example: "The team is acting in the direction of improving customer satisfaction through various initiatives."
Alternatives: "moving towards" or "working towards".
The stress distribution is studied when the body is loaded at infinity by uniformly distributed normal forces with intensity p acting in the direction of fibres.
It is demonstrated that the behaviour of the whirling motion is controlled primarily by the damper acting in the direction of the unloaded mode, whereas the magnitude of the damper in the loaded mode is less important.
mgsin θ = Force acting in the direction of deck surface.
Gravitational force (mg) is resolved into two vectors, (a) mgsin θ = Force acting in the direction of deck surface (b) mgcos θ = Force acting in the opposite to the normal force (F N) .
From these results, it can be concluded that the flattened void fraction in the nanofluid means that the bubbles in the nanofluid smaller than those of pure water were passed in the flow under the force acting in the direction of the wall.
For the loss-of-function model the CRN production rate (s2) and the unbinding rate of the CRN/CLV3 complex (k5) are high, acting in the direction of having much unbound CRN, which we could see in the simulated data (data not shown).
The limitation of this system is a local pressure on some parts of the body (e.g., shoulders) and modifications in the swing phase dynamics due to nonconstant forces of rubber cords and gravity acting in the anterioposterior direction of leg movements).
In fact, diaphragm excursion during an assisted breath represents the sum of two forces acting in the same direction: the force of the diaphragm contraction by itself, and the passive displacement of the diaphragm by the pressure provided by the ventilator.
The buoyant force acting in the opposite direction to the force of gravity and drag forces in the opposite direction to the movement of the body in water cause muscle activation to be different in intensity and degree of participation depending of the activities and exercises used.
At all flapping angles tested, ranging from 20° to −10°, the aerodynamic force on the wing is resolvable into three components, namely lift acting in the upward direction, either thrust or drag acting parallel to the animal's direction of motion, and a third force acting along the mediolateral axis of the wing.
The effects of stresses acting in the longitudinal direction (parallel to the tunnel axis) in certain cases take on an important role in the definition of the static conditions of the final lining, and if they are not foreseen, can lead to instabilities that often require difficult and expensive repair interventions.
