... of microfluid path. In addition, most lib-on-a-clip devices are working in the aqueous environments. Hence, understanding the hydrodynamic characteristics at the micro/nanoscale is critical for designing and improving these micro/nanodevices. Liquid-solid Micro-scale flows Microfluidics Nano-scale...

... received March 2, 2017; final manuscript received August 1, 2017; published online October 24, 2017. Assoc. Editor: Moran Wang. 02 03 2017 01 08 2017 Duct Micro-scale flows Mixing Nano-scale flows Channel Pipe flows First, we intend to explore how the rarefaction can...

... Engineering Summer Conference (FEDSM-2010), Montréal, QC, Canada, Aug., p. 14). 06 03 2016 04 05 2016 Cavitation Computational fluid dynamics Fluid mechanics Fluid transients Multiphase flows Nano-scale flows Pumps Turbomachines Of interest and importance prior...

... sufficient accuracy even for highly rarefied gas flows. Increase of the particle directions is necessary as the Knudsen number increases. Computational fluid dynamics Micro-scale flows Nano-scale flows Rotating fluids Supersonic flows The LBM is a variation of the discrete Boltzmann method...

... Abraham. 23 12 2014 12 06 2015 Computational fluid dynamics Micro-scale flows Microfluidics Multiphase flows Nano-scale flows Flow in a microchannel is often in low Reynolds transport region and, hence, inherently laminar. As a result, diffusion is the primary mode...

... was investigated. From the experimental data of CNT nanofluids, a new correlation was developed which relates the viscosity to temperature and the Péclet number. Experimental techniques Liquid-solid Nano-scale flows Non-Newtonian flows Suspensions The suspension of solid particles in traditional...