Designing gel coatings for oral soft perception of fiber particles
status: published
Numerical study on the gas-liquid interface in the hydrogen reduction of copper slag process
status: published
A computationally efficient modeling of flow in complex porous media by coupling multiscale digital rock physics and dee...
Digital rock physics is at the forefront of characterizing porous media, leveraging advanced tomographic imaging and numerical simulations to extract key rock properties like permeability. However, fully capturing the heterogeneity of natural rocks necessitates imaging increasingly larger sample volumes, presenting a significant challenge. Direct n...
Sideways propelled bimetallic rods at the water/oil interface
The motion of self-propelling microswimmers is significantly affected by confinement, which can enhance or reduce their mobility and also steer the direction of their propulsion. While their interactions with solid boundaries have already received considerable attention, many aspects of the influence of liquid-liquid interfaces (LLI) on active part...
The interplay between nucleation and patterning during shear-induced crystallization from solution in a parallel plate g...
Cooling crystallization of small organic molecules from solution is an important operation for the separation and purification of drug products. In this research, shear-induced nucleation from a supersaturated solution is studied in a parallel plate geometry. Under conditions of shear and small gap sizes, narrow mesoscale circular bands of small cr...
Improved Design of LNG Marine Loading Arm Docking Method Based on TRIZ Theory
The LNG marine loading arm is a critical component for transferring LNG from vessels to onshore receiving stations. However, currently, the operation of LNG marine loading arms is still faced with issues such as a slow docking speed and significant environmental impacts from waves and wind. In this paper, we propose a set of feasible improvement sc...
A new correlation model for predicting the melting and boiling temperatures of the Lennard-Jones systems
The Lennard-Jones (LJ) potential function is widely employed in molecular dynamics simulations. In this study, the LJ potentials under different characteristic diameter sigma and characteristic energy epsilon were simulated, and the changes in properties such as number density, total energy, phase transition latent heat, and phase transition temper...
A new correlation model for predicting the melting and boiling temperatures of the Lennard-Jones systems
The Lennard-Jones (LJ) potential function is widely employed in molecular dynamics simulations. In this study, the LJ potentials under different characteristic diameter sigma and characteristic energy epsilon were simulated, and the changes in properties such as number density, total energy, phase transition latent heat, and phase transition temper...
Anisotropic Electron Heating in Turbulence-driven Magnetic Reconnection in the Near-Sun Solar Wind
status: published
Lattice Boltzmann simulation of drop splitting in a fractal tree-like microchannel
Fractal tree-like microchannel is advantageous to faster emulsification and droplet production in microchannels. Although computer simulation is becoming a powerful tool for design and optimization, precise treatment of a large number of walls in fractal tree-like microchannel is troublesome. The numer-ical roughness caused by traditional bounce-ba...
