Sentence examples for moving boundary tracking from inspiring English sources

The generalized Riemann problem (GRP) scheme for the hydrodynamic conservation laws is extended to a two-dimensional moving boundary tracking (MBT) configuration, aimed at treating time-dependent compressible flows with moving (impermeable) boundary surfaces.

The handling of moving boundaries tracked using a narrow-band level set technique leads to issues peculiar to the multi-processor environment.

The moving boundary is tracked explicitly by the Lagrangian translation of marker particles.

It tracks the moving boundary using triangulated surface grids and solves the flow governing equations on a stationary Cartesian grid.

Accordingly, this study develops an aquatic-pollution detection and tracking scheme, designated as AquaView, based on a Wireless Sensor Network deployed over an offshore region (i.e., a Waterborne Wireless Sensor Network (WWSN)) to track the moving boundary of a pollution spill such that cleanup operation can be effectively monitored and controlled.

The concepts of segment insertion and subdivision (moving boundary within the segment) are adopted in this model to track the phase change point along the flow channel.

A front tracking and heat conserving solution is presented for a moving boundary problem.

Some benefits of adopting moving boundary method are illustrated by comparing with the fixed boundary method.

A moving boundary method is used to describe the movement of boundaries across these regions.

We need not transform the moving boundary into a fixed boundary as in prior research.

These calculations employ a diffusion equation in the Fourier domain borrowed from elementary physics, which allows variable resolution by tracking moving boundaries [ 13, 14].