The phrase "a secondary force" is correct and usable in written English.
It can be used to describe an additional or supporting influence in a particular context, such as in discussions about physics, social dynamics, or organizational behavior.
Example: "In the analysis of the team's performance, we identified a secondary force that contributed to their success, which was the strong support from management."
Alternatives: "an auxiliary force" or "a supporting force".
Minimizing the power supplied by a primary force or moment with a secondary force or moment can produce large attenuation provided that the two sources are close together compared with a flexural wavelength.
One of these is a wave suppression strategy and the other two are based on consideration of power: specifically that of maximizing the power absorbed by a secondary force array, and that of minimizing the total power supplied to the beam by the primary and secondary forces.
A secondary force of four JNA tanks, supported by infantry, was deployed from the Logorište barracks to secure high ground north and east of the barracks and protect the flank of the armoured force in Belaj.
In particular, a simple practical arrangement is studied in which the output of a single detection sensor (an accelerometer) is used to drive a single secondary force via a feedforward controller.
This interaction force can be expressed as where is the field created by dipole moment So generally, this interaction force is a secondary effect, and will not influence the DEP movement due to the fact that the DEP force produced by external field dominates.
This mechanical impact delivers a large secondary force to a piezoceramic cantilevered secondary beam, resulting in an increased strain and also triggering a non-linear frequency up-conversion mechanism that increases both the output power and the bandwidth of the operating frequency.
A cost function, proportional to the total kinetic energy in the cylindrical shell is minimized by a number of secondary force inputs given an arbitrary primary force distribution.
By using the model of an aircraft fuselage discussed in Part I, an analysis is presented which demonstrates that the total acoustic potential energy (Ep) within the cylindrical model is minimized by a unique vector of secondary force inputs.
In a more logical context, if we respond to force (primary) with force (secondary), then the secondary force is a new action which will have a reaction of a new chain of events.
If the system is linear, then the total power has a known minimum value that is associated with an optimal solution for the secondary force.
The passive isolators are supplemented with four electrodynamically generated secondary force inputs driven by a multi-channel feedforward digital controller.
