… results when the fluid domain is … velocity-based methods can capture these physics without
any change. We therefore introduce a Monte Carlo fluid solver that relies on a velocity-based …

For Eq. 16 and Eq. 17, we defined the normal directions as pointing outward from the fluid
domain to describe both interior and exterior problems with a single pair of equations, …

… Monte Carlo-based fluid simulation approach capable of pointwise and stochastic estimation
of fluid … transport equation, we propose a recursive Monte Carlo estimator of the Biot-Savart …

… First we consider a statistically equivalent system of Lagrangian equations for fluid particles.
As compared to the case of an incompressible fluid, we add an equation for θ (see, eg, [1, 3])…

… We present a patient-specific dosimetry approach for personalized treatment planning based
on computational fluid dynamics (CFD) simulations of the microsphere transport combined …

… , which is carried out through a Monte Carlo time-domain simulation of individual electron-…
argon atom's velocity based on the Boltzmann velocity distribution at liquid argon temperature. …

… implementation of ‘Monte Carlo tracers’, which are moved along with fluid cells and are …
There exist various methods for the calculation of the local fluid velocity based on the …

… error arising from approximation of the local Eulerian velocity based on small (but non-zero) …
model is confirmed by the results of a Monte Carlo simulation. This model for optimal At is …

… fluid velocity based on multiple discrete pressure measurements taken on the surface of the
probe tip. Since additional data about the fluid … probes using a Monte Carlo method,” J. Eng. …

The direct simulation Monte Carlo (DSMC) method of Bird is used to develop simple closed-form
expressions for the mass flow rate and the pressure profile for the steady isothermal …