Sentence examples for nonlinear benefits from inspiring English sources

The results provide a useful insight into the analysis and design of nonlinear vibration isolators by exploiting potential nonlinear benefits of the time delay in vibration control.

The results provide a useful insight into the analysis and design of multi-direction QZS vibration isolator by exploiting potential nonlinear benefits of the time delay in vibration active control.

In this study, an isolation platform with n-layer scissor-like truss structure is investigated to explore novel design of passive/semi-active/active vibration control/isolation systems and to exploit potential nonlinear benefits in vibration suppression.

2013) using nonlinear benefits in spatially structured populations assume, as is standard in the current approach, that each individual belongs to n different groups, each group centered on one of that individual's one-step neighbors, and that an individual's fitness is the sum of all the payoffs accumulated in all the groups she belongs to (Perc et al. 2013).

The model we use here, therefore, goes beyond current game theory models of cancer in that it is a multiplayer, collective action (public goods) game, rather than a game with two players; and it goes beyond standard models in evolutionary biology in that it assumes nonlinear, sigmoid benefits, and investigates the effect of therapies that affect the dynamics.

This paper applies mechanism design to find an optimal nonlinear pension benefit rule for flexible retirement.

Agent-based control structures provide flexible and emergent solutions to complex nonlinear problems benefiting from properties such as modularity, adaptability, scalability and robustness.

For wave propagation problems in linear and bilinear elastic solids and a class of simple nonlinear solids the benefits of high-resolution schemes in gasdynamics can be immediately extended to solid mechanics.

By virtue of being a nonlinear process, it benefits from three-dimensional sectioning and high spatial resolution similar to two-photon excitation fluorescence [ 9– 12].

The conversion efficiency is calculated as a function of the arrangement and thicknesses of the linear and nonlinear layers by benefiting from nonlinear transfer matrix method.

Design considerations for the phased arrays are examined as are the benefits of nonlinear array geometries for better spatial coverage.