Here, we present a local-effective-viscosity multi-relaxation-time lattice Boltzmann model (LEV-LBM) designed to simulate gas flow in the slip- and early-transition-flow regimes in complex geometries.
Second, centromeric genes may have a lower local effective size than telomeric genes because of hitchhiking effects due to the lack of recombination [ 66, 67].
A large local effective piezoelectric coefficient (dzz) of −49.4 pm/V was observed in the self-polarized PVDF LB film.
A maximum local effective longitudinal piezoelectric coefficient (d33) up to 307 pm V−1 is observed at a Zr/Ti ratio of 70/30 in the current compositional range, again confirming the shifting of MPB in epitaxial PNZT thin films.
For a particle crossing a barrier, the local effective temperature and the local energy exchange with the thermal environment are calculated, and the coefficient of performance of the ensuing cooling process is evaluated.
The model solution relates the gas interstitial and superficial radial distributions with an empirical parameter the local effective viscosity or corresponding Reynolds number, dependent on the geometric, aerodynamic and physical properties of the system which are usually known.
With complementary thermodynamic approximations, these observations render an assessment of the local effective oxygen partial pressure, which is considerably lower than the external, ambient processing environment.
The solution of the model represents the local interstitial gas velocity as a function of the geometrical, aerodynamic and physical parameters of the system, which are usually known, and of an empirical model parameter the local effective viscosity.
They proposed an expression for the local effective diffusion coefficient as D Aβ = λ β D Aυ ; here D Aυ represents diffusion coefficient in water and the base value of it is 20.0 × 10−6 cm s−1.
For the local effective properties, a distinct scatter is observed.
As the communication graph evolves over time, a distributed control law via local effective interactions is designed.
