... 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 flows Particle flows 08 11 2017 25 03 2018...

... 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 The continuum governing equations are routinely used...

... Fluid transients Multiphase flows Nano-scale flows Pumps Turbomachines Of interest and importance prior to the official establishment of the HYD was the state-of-the-art of hydraulics within ASME between its founding in 1880 and the establishment of HYD in 1926 (Figs. 1 – 3 ). There were...

... is composed of a limited number of discrete velocities. Chen and coworkers advocated the concept of higher-order LBM [ 1 – 3 ], which is summarized as follows. Computational fluid dynamics Micro-scale flows Nano-scale flows Rotating fluids Supersonic flows 10 11 2014 28 06 2015...

... 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...

... of ultrasonication time on the viscosity of CNT nanofluids 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...