"linear balance" is a correct and usable phrase in written English.
It can be used in a variety of contexts, typically in discussions related to mathematics, engineering, or design. Example: In order to achieve a stable and efficient bridge structure, the engineers carefully considered the linear balance of forces and materials used in its construction.
Synchronization of a chaotic rigid body system via adaptive linear balanced feedback control is investigated in this paper.
Next, using the result of the analysis, an adaptive linear balanced feedback controller is designed for chaos synchronization.
Global synchronization of two identical chaotic systems by the linear balanced feedback control, and the Gerschgorin theorem is studied in this paper.
This Letter introduces linear balanced feedback control scheme to design controller for the synchronization of two identical chaotic systems based on Lyapunov stability theory and constrained extreme approach.
In order to overcome the difficulties, a new set of quasi-linear balance equations is formulated without a sacrifice of accuracy.
We linearize the weak form of the generic linear momentum balance without a particular choice of a constitutive law.
The particle motions are governed by stochastic forms of a linear momentum balance with orientation dependent drag and diffusion coefficients, and the Jeffrey equation with rotational diffusion.
These coupled fields are determined on a global level by solving simultaneously the linear momentum balance and the slip evolution equation, which is derived in a thermodynamically consistent manner.
The continuum mechanical approach for deriving the generalized equations of multicomponent diffusion in fluids is described here in detail, which is based on application of the principle of linear momentum balance to a species in a mixture, resulting in the complete set of diffusion driving forces.
