Sentence examples for using the lagrangian tracking from inspiring English sources

Particle trajectories and deposition were evaluated using the Lagrangian tracking approach in conjunction with the application of a kinetic energy criterion (KEc).

The particle trajectories are computed using the Lagrangian particle tracking, where the forces on particles are computed based on the point particle representation.

Using the Lagrangian modelling approach to track the motion of colloidal particles within the evaporating droplets, we reveal a boundary line that separates colloidal particles into two groups: above it colloids are captured by the air/liquid interface prior to reaching the solid surface and vice versa.

The motions of evaporating droplets are tracked using the Lagrangian manner.

Pesticide droplets discharged from a moving sprayer were tracked using the Lagrangian particle transport model, and the deposition model was applied to droplets entering porous canopy zones.

In the first place, the turbulent flow is modelled by solving the Reynolds-averaged Navier Stokes (RANS) equations for incompressible viscous flows through the finite volume method (FVM) and then, once the flow velocity field has been determined, representative particles are tracked using the Lagrangian approach.

The particles were tracked using the Lagrangian method along with the flow equations at the end of each time step.

The ultimate mode will be selected using the Lagrangian optimization.

Energy landscapes were then calculated using the Lagrangian multiplier technique.

The model is solved using the Lagrangian relaxation technique.

Using the Lagrangian formulation, the constraints will be replaced by constraints on the Lagrange multipliers themselves.