This equivalent depends on the cooperation algorithm and on the combining method employed.
This equivalent condition and the construction method of nth iterative roots extend the previous results.
This equivalent formulation is used to suggest and analyze an iterative method for solving (2.1).
This equivalent tortuosity is shown to depend on the media interfacing with the perforated system.
This equivalent SDR is then used with the steady SDR assumption in 1D flamelets.
This equivalent signal contains less gap between the subjective perception and the numerical values of the multimedia signal.
This equivalent circuit model incorporated chemical capacitance (Cμ), recombination resistance (Rrec), transport resistance (Rt) and contact electrical resistance (Rco).
This equivalent formulation plays a significant role in developing various iterative methods for solving an original problem.
This equivalent discontinuity is then passed to the macroscale along with the computed stress from the unit cell.
This equivalent SDR concept is further implemented and compared against 3D spray flames (Engine Combustion Network Spray A).
This equivalent model is constructed with line elements and the model is created based on the results obtained from the contact element modal analysis.
