Multiphase flow, including submicron and nano-particles simultaneously, around circular cylinder is studied experimentally in this paper, with Reynolds number in the range of 5200 to 35000. The results show that as Re increasing, flow characteristics hardly influence particles larger than 60.4 nm. For Re = 9000 and 16000, despite of the particles deposition, the concentration of bigger particles ranged from 220.7 nm to 523.3 nm in the wake is obviously higher than that at the free stream, whereas both is close to each other for smaller particles
Held cyclone operation analysis at different flow rates. In the absence of dust deposits on the surf...
This paper presented experimental views of nano- and microaerosol distribution and deposition in tur...
Classifying sub-3 nm particles effectively with relatively high penetration efficiencies and sizing ...
The Reynolds averaged N-S equation and dynamic equation for nanoparticles are numerically solved in ...
Knowing particle penetration efficiencies and concentration distributions in an inlet channel of a s...
Measurement of diesel and spark ignition engine particulate emissions is of wide interest due to cur...
This document reports the different activities conducted during one semester at the Department of Th...
The Lagrangian particle tracking provides an effective method for simulating the deposition of nano-...
Natural gas is an attracting alternative for diesel in piston engines due to smaller carbon dioxide ...
An extensive experimental investigation of radial profiles of concentration -weighted particle veloc...
AbstractNumerical investigation of heat transfer phenomena over an isothermal cylinder, for low Reyn...
The particle dispersion characteristics in a confined swirling flow with a swirl number of approx. 0...
Classical theoretical treatments for diffusional deposition of particles in tube flow describe the l...
The concentration and size of particulate matter (PM) in atmosphere have a severe impact on human he...
In this study, the wake flow around a circular nano-cylinder is numerically investigated with molecu...
Held cyclone operation analysis at different flow rates. In the absence of dust deposits on the surf...
This paper presented experimental views of nano- and microaerosol distribution and deposition in tur...
Classifying sub-3 nm particles effectively with relatively high penetration efficiencies and sizing ...
The Reynolds averaged N-S equation and dynamic equation for nanoparticles are numerically solved in ...
Knowing particle penetration efficiencies and concentration distributions in an inlet channel of a s...
Measurement of diesel and spark ignition engine particulate emissions is of wide interest due to cur...
This document reports the different activities conducted during one semester at the Department of Th...
The Lagrangian particle tracking provides an effective method for simulating the deposition of nano-...
Natural gas is an attracting alternative for diesel in piston engines due to smaller carbon dioxide ...
An extensive experimental investigation of radial profiles of concentration -weighted particle veloc...
AbstractNumerical investigation of heat transfer phenomena over an isothermal cylinder, for low Reyn...
The particle dispersion characteristics in a confined swirling flow with a swirl number of approx. 0...
Classical theoretical treatments for diffusional deposition of particles in tube flow describe the l...
The concentration and size of particulate matter (PM) in atmosphere have a severe impact on human he...
In this study, the wake flow around a circular nano-cylinder is numerically investigated with molecu...
Held cyclone operation analysis at different flow rates. In the absence of dust deposits on the surf...
This paper presented experimental views of nano- and microaerosol distribution and deposition in tur...
Classifying sub-3 nm particles effectively with relatively high penetration efficiencies and sizing ...