Mass transfer of the multicomponent free jet and one numerical implementation on a graphic processing unit platform
S Xu, L Gu, J Fang, Y Zhang, Y Guo, J Shi - Physics of Fluids, 2023 - pubs.aip.org
Jet flows are ubiquitous in nature and laboratories. For example, helium and argon jets into
ambient air are commonly used to produce atmospheric plasma jets. The jets before and …
ambient air are commonly used to produce atmospheric plasma jets. The jets before and …
Prediction of particle-laden pipe flows using deep neural network models
A Haghshenas, S Hedayatpour, R Groll - Physics of Fluids, 2023 - pubs.aip.org
An accurate and fast prediction of particle-laden flow fields is of particular relevance for a
wide variety of industrial applications. The motivation for this research is to evaluate the …
wide variety of industrial applications. The motivation for this research is to evaluate the …
Full continuum approach for simulating plume-surface interaction in planetary landings
A high-fidelity computational framework for predicting the interaction of a rocket plume with a
dust blanket in an almost vacuum ambient that represents the descent/ascend phase of …
dust blanket in an almost vacuum ambient that represents the descent/ascend phase of …
[HTML][HTML] Inertial particle clustering due to turbulence in an air jet
Explosive volcanic eruptions create turbulent plumes of fine ash particles. When these
particles collide in the presence of moisture and electrostatic fields they combine into larger …
particles collide in the presence of moisture and electrostatic fields they combine into larger …
Fiber-flow interaction in the near field of a coaxial round jet
Y Reingewirtz, D Hasin, R van Hout - Physical Review Fluids, 2024 - APS
The instantaneous interaction (one-way coupling) between inertial fibers and flow field in a
coaxial, round water jet was investigated using planar, time-resolved particle image …
coaxial, round water jet was investigated using planar, time-resolved particle image …