Theoretical investigation on particle transport in a 90 degree bend was carried out. The finite volume method was used to simulate the flow field in the bend pipe, and one-way coupled Lagrangian method was used to calculate the trajectory and deposition efficiency of microparticles. The unique relationship between the irreversible deposition efficiency and radius ratio of single-shell microparticle was given finally
Large eddy simulation and discrete particle model have been used to study the nanoparticles throu...
Pipe networks and ducting systems present a myriad of pipe geometry combinations e.g. pipe diameter,...
Large eddy simulation and discrete particle model have been used to study the nanoparticles through ...
Theoretical investigation on particle transport in a 90 degree bend was carried out. The finite volu...
Cylindrical microparticle transport and deposition from electrokinetic microflow in a 90 degree bend...
The interest of how small non-spherical particles transport behaviour when transported in pipe-flow ...
This paper investigated the microparticle deposition and distribution due to the presence of duct be...
The trajectories of particles moving in curved tubes are calculated using a fully developed laminar ...
Aerosol deposition in cylindrical tubes is a subject of interest to researchers and engineers in man...
Interest in the inertial deposition of particles in a bend has derived from a number of practical pr...
The Lagrangian particle tracking provides an effective method for simulating the deposition of nano-...
textThe nano/micro particles have been widely used as a carrier of therapeutic and contrast imaging ...
<p>The problem of large pressure-differential-driven laminar convective–diffusive ultrafine aerosol ...
The transport and deposition of nano-particles in annular pipe flows under laminar conditions were s...
Particle diffusional losses in confined flows such as pipes are important for identification of eros...
Large eddy simulation and discrete particle model have been used to study the nanoparticles throu...
Pipe networks and ducting systems present a myriad of pipe geometry combinations e.g. pipe diameter,...
Large eddy simulation and discrete particle model have been used to study the nanoparticles through ...
Theoretical investigation on particle transport in a 90 degree bend was carried out. The finite volu...
Cylindrical microparticle transport and deposition from electrokinetic microflow in a 90 degree bend...
The interest of how small non-spherical particles transport behaviour when transported in pipe-flow ...
This paper investigated the microparticle deposition and distribution due to the presence of duct be...
The trajectories of particles moving in curved tubes are calculated using a fully developed laminar ...
Aerosol deposition in cylindrical tubes is a subject of interest to researchers and engineers in man...
Interest in the inertial deposition of particles in a bend has derived from a number of practical pr...
The Lagrangian particle tracking provides an effective method for simulating the deposition of nano-...
textThe nano/micro particles have been widely used as a carrier of therapeutic and contrast imaging ...
<p>The problem of large pressure-differential-driven laminar convective–diffusive ultrafine aerosol ...
The transport and deposition of nano-particles in annular pipe flows under laminar conditions were s...
Particle diffusional losses in confined flows such as pipes are important for identification of eros...
Large eddy simulation and discrete particle model have been used to study the nanoparticles throu...
Pipe networks and ducting systems present a myriad of pipe geometry combinations e.g. pipe diameter,...
Large eddy simulation and discrete particle model have been used to study the nanoparticles through ...