Both rideshare platforms have a starkly different global expansion approach.
In particular, our results are related to the expansion approach.
In this paper, we consider the spectral expansion approach.
We introduce an expansion approach to obtain the elastic free energy density in rubber elasticity.
It is important to keep in mind that this supercell expansion approach is a special case: the simplest one.
This work proposes a low power and high throughput implementation of AES algorithm using key expansion approach.
Experimental data from both scenarios is modeled using adiabatic volumetric expansion approach and an available kinetic mechanism.
The Legendre orthogonal polynomial series expansion approach is employed to determine the wave propagating characteristics in the plates.
This multi-dimensional effect is not accounted for in the prevalent volumetric expansion approach for modeling RCMs.
The coupled wave equation and heat conduction equation are solved by the Legendre orthogonal polynomial series expansion approach.
