The phrase "approaches for force" is not correct and does not convey a clear meaning in written English.
It may be intended to refer to methods or strategies related to applying force, but the wording is awkward and unclear.
Example: "The researchers are exploring various approaches for force application in their experiments."
Alternatives: "methods for applying force" or "strategies for force utilization".
By comparing different existing approaches for forcing a regional atmospheric model, it is shown that the models' sensitivity to uncertainties in the initial conditions may be reduced when a more sophisticated approach is used that has been suggested recently.
A simple approach for force finding analysis of Geiger domes with a circle plan is proposed in this paper.
This paper presents a Bayesian approach for force reconstruction which can deal with both measurement noise and model uncertainty.
We present a new fixed point algorithm and develop new weak variational statements, which use a stress tensor approach for force calculation and permit discretisation using H1 conforming hp-version finite elements.
Here, we call this series of calculations "iterative normal-mode calculation" and use this approach for forcing the conformational change of integrin from the bent to the extended forms and studying the role of the specific interactions in the conformational change.
Moreover, there are other approaches for the force distribution problem of active overconstrained PMs.
We then test two simple mechanical models of induced contractions to identify approaches for measuring force generation.
In particular, Surapaneni et al. 13 have demonstrated very high force range detection (up 320 kPa) and minimum detectable displacement of 60 μm using gold floating electrodes in comb‐like structures, whereas other groups, in particular, Noda et al. 14 have introduced original approaches for three‐axis force detection using liquid capacitors to address deformability.
This paper presents a survey of the state-of-the-art design and modeling approaches for constant-force mechanisms.
This paper presents an observer-based approach for weak force measurement via AFM experiments: the idea is to directly reconstruct the force to be measured, from the cantilever deflection actually measured by an optical device and some appropriate observer design.
