The phrase "artificial dissipation" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or discussions about energy loss in systems.
Example: "The researchers focused on the role of artificial dissipation in improving the efficiency of the energy transfer process."
Alternatives: "synthetic dissipation" or "man-made dissipation".
For dissipative schemes, or when artificial dissipation is added, the adiabatic perturbation method yields evolution equations for the amplitude loss in the numerical solution and the amplitude of the numerically-induced tails.
Fog dispersal, artificial dissipation of fogs, usually by seeding or heating.
The filter acts as an artificial dissipation.
It contains no upwinding, artificial dissipation, or filtering.
All the computed results are obtained without any artificial dissipation.
The formulation is high order and contains no artificial dissipation.
As a remedy, a new algorithm is proposed that combines the homogenization of the particle configuration by a background pressure while at the same time reduces artificial numerical dissipation.
With these parameters, our constrained Hamiltonian formulation is found to provide an effective means of enforcing the divergence constraint in SPMHD, typically maintaining average values of h∣∇⋅B∣/∣B∣ to 0.1 1%, up to an order of magnitude better than artificial resistivity without the associated dissipation in the physical field.
Much the same as the dissipation procedure of pheromone, artificial ants locate the global solutions by constantly upgrading the target objective.
The idea of numerical artificial viscosity was inspired by physical dissipation mechanisms and dates back more than half a century to von Neumann and Richtmyer ([1950]).
The underlying low-order scheme is constructed using a Rusanov-type artificial viscosity operator based on scalar dissipation proportional to the fast wave speed.
