[PDF] Top 20 Applications of a novel many component Lattice Boltzmann simulation

... within the LB community, it has however decisive advantages against the other models described previously: it is the only LB technique that allows the separation of the treatment of surface tension from the interface ... See full document

... a novel use of surface energy gradients was demonstrated to guide or anchor droplets against a mean flow in a confined microchannel [17, ...has many advantages, such as simple operation and high efficiency, ... See full document

... In recent years, the lattice Boltzmann method (LBM) has attracted much interest in the physics and engineering communities. As a different approach from the conventional computational fluid dynamics (CFD), ... See full document

... of lattice Boltzmann (LB) approach to model multi- component fluids was derived by Shan and Chen (SC model) ...neighboring lattice sites is ...local lattice node, yet the system’s ... See full document

... cellular component of blood comprises approximately 40% of its volume and is made-up of red blood cells, or erythrocytes, of 7µ diameter, which are, therefore, continuum-scale ...cellular component of blood ... See full document

... tice Boltzmann equation (MCLB) methods have been ...molecular simulation, the Shan–Chen method [7] is a natural ...appropriate component segregation [9], this method furnishes a robust technique with ... See full document

... where ߪ and ߪത denote the corresponding components. It has been reported that generally multi- bubble/droplet configurations cannot be formed when performing a conventional first order multiphase pseudopotential model ... See full document

... The lattice Boltzmann method (LBM), as a novel mesoscopic [2] numerical algorithm, has attracted consi- derable attention over last ...the lattice gas automatic (LGA), and introducing a ... See full document

... Rapid development of microfabrication technologies has facilitated a broad range of mi- crofluidic applications especially in biology and chemistry. Microdroplet technology has recently emerged as a promising ... See full document

... multicomponent lattice Boltzmann (MCLB) equation methods have been developed to address issues of application regime ...faceting, lattice pinning and a large interfacial microcurrent), which ... See full document

... practical applications involving laterally oscillating plates, not only should the damping force between the two parallel plates be accounted for but also the damping due to the ambient gas above the oscillating ... See full document

... Recent years have eyewitnessed a blossom flourishing in the evolvement of electronics, communications, and auto- computing industries, and this bearing is irrefutably con- tinuing in this century. The cooling of ... See full document

... a novel bioconjugate of stearic acid-capped maghemite nanoparti- cle with BSA molecule, which will give a huge boost to the development of non-toxic iron oxide nanoparticles using BSA as a biocompatible ... See full document

... LBE applications, the non-slip boundary con- dition is usually imposed by the so-called bounce back ...LBE simulation results. Fortunately, this coefficient for many surface conditions is available ... See full document

... Historically Lattice Boltzmann methods derived from Lattice Gas Cellular Au­ ...to lattice structure; only ceftain choices of local lat­ tice structure ...the simulation and requires ... See full document

... stationary and the upper plate moves with a constant velocity u w  0.01 . In the following simulations, the uniform lattice N x  N y   4 100 is adopted. The bounce-back and full diffusive boundary condition ... See full document

... the lattice Boltzmann method (LBM) has established itself as a powerful tool for the simulation of a wide range of physical ...main applications is the field of computational fluid dynamics ... See full document

... of many micro-electro- mechanical ...objects, simulation me- thods need to be provided to allow for flow studies on the ...world applications, so that macro- or mesoscopic me- thods are ... See full document

... The macroscopic equation can be recovered in the multi-scale analysis using a small expansion parameter  which is proportional to the ration of the lattice spac- ing to the characteristic macroscopic length. To ... See full document

... A lattice Boltzmann model was developed to study the contact angles of droplets on the surfaces with regular roughness structures ...a lattice Boltzmann model to investigate the movement of ... See full document