Sentence examples for scaling principles from inspiring English sources

This paper considers the scaling principles associated with the power and energy density of batteries and generators as applied to mobile robots and similarly-sized vehicles.

The revised equations are useful in predicting the torsional response of torsionally stiff seismic isolation systems and in assessing the utility of shake table experimental results on the basis of scaling principles.

Further, cube-square scaling principles can be used to explain the mechanism of the observed brittle-to- ductile cutting behaviour of the epoxies.

The Leverett Cassie model holds promise for field application, based upon its foundation in fundamental scaling principles, its requirement for relatively few and physically based input parameters, and its applicability to a broad range of wetting conditions.

Classical scaling principles are based on the notion that the underlying process is uniform, filling an interval in a smooth, continuous fashion, and thereby giving rise to finite averages and variances.

Mokken analysis was used to test the extent to which the EURO-D items conformed to hierarchical scaling principles in each site.

The scaling principle of the test facility and RELAP5/Mod3.3 code capability were evaluated through the comparison between the experimental data and the code simulation.

In this work, we relate the self-diffusion coefficient to the residual entropy of the system according to the free volume theory and scaling principle.

Leveraging a new parametrization of the motion state space and the associated representation in R3 (collectively referred to as the H representation) and adapting a time scaling principle initially developed for manipulator trajectories, the designed motion controller is able to handle actuators coordination and their physical limits, as well as structural singularities.

For inventing the 1-transistor/1-capacitor dynamic random access memory that significantly reduced the cost of memory, and for contributing to the development of the metal oxide semiconductor scaling principle that guides the design of increasingly small and complex integrated circuits.

The Developmental Mass Extrapolation scaling principle [6], [44] was used to infer specimen masses and coupled with the age differences to model growth rates throughout development.