Most recent update: 2019-10-02 20:29:01
The keywords that frequently used in this topics code. | Keywords | Number | |
---|---|---|---|
vorticity | 1 | ||
rejection by journals | 1 | ||
counterargument | 1 | ||
Single-Tip Optical fiber Probe | 1 | ||
Density and Viscosity ratios | 1 | ||
Non-woven fabric filter | 1 | ||
Promotion | 1 | ||
Solid-liquid two phase flow | 1 | ||
boundary condition | 1 | ||
Shear flow | 1 | ||
Voxel-based simulation | 1 | ||
Obstacle | 1 | ||
vorticity flux | 1 | ||
X-ray CT | 1 | ||
gas-solid flow | 1 | ||
heat flux | 1 | ||
Drop breakup | 1 | ||
pre-signal | 1 | ||
coarse graining DEM | 1 | ||
DEM | 1 | ||
angular momentum | 1 | ||
Film thickness measurement | 1 |
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
36 | Development of a novel liquid film thickness measurement technique using pre-signal of a single tip optical fiber probe | Single-Tip Optical fiber Probe pre-signal Film thickness measurement | P |
131 | Relation between angular momentum and vorticity in fluid | angular momentum vorticity | O |
132 | Boundary condition at an interface between two phases(velocity, force, heat, vorticity ) | boundary condition vorticity flux heat flux | O |
133 | Discussion on the reason why the boundary condition on the vorticity flux is not accepted | rejection by journals counterargument | O |
940 | Simulation of permeation through non-woven fabric filter obtained by X-ray CT | Voxel-based simulation X-ray CT Non-woven fabric filter | O |
1003 | The Effect of Density and Viscosity Ratios on Shear-induced Deformation and Breakup of a Drop in Viscous Liquids | Shear flow Drop breakup Density and Viscosity ratios | O |
1075 | Effect of particle flow by presence of an obstacle on solid-liquid two-phase flow | Solid-liquid two phase flow Obstacle Promotion | P |
1307 | Application of coarse graining DEM to an industrial incinerator | coarse graining DEM gas-solid flow DEM | P |