... , “ Themocapillarity in Microfluidics-A Review ,” Micromachines , 7 ( 1 ), p. 13 . 10.3390/mi7010013 [7] Jaiswal , V. , Harikrishnan , A. R. , Khurana , G. , and Dhar , P. , 2018 , “ Ionic Solubility and Solutal Advection Governed Augmented Evaporation Kinetics of Salt Solution...

... than the maximum Péclet number of electro-osmotic microflows. Furthermore, it is shown that smoother distributions of wall heat flux give rise to higher heat transfer rates. The model developed in this study can pave the way for modeling of hotspots in more complicated microfluidic devices. e...

... for noise reduction (namely, the bonsai box (BB) and the seamless strategy) are discussed. Comparisons with benchmark full-molecular dynamics (MD) cases for micro and nano thermal and reacting flows show excellent agreement and good computational efficiency. microfluidics nanofluidics atomistic...

... are presented as functions of both the heated perimeter of the cross section and the Knudsen number, resorting to simple converging series of trigonometric functions. The proposed solution can be useful for the design of the microfluidic devices such as micro heat sinks and micro heat exchangers. slip...

.... , 2006 , “Gas Transport Phenomena in Microfluidic Systems,” Ph.D. thesis, Department of Mechanical Engineering, National Cheng Kung University , Taiwan . [26] Surana , K. S. , Allu , S. , Tenpas , P. W. , and Reddy , J. N. , 2007 , “k-Version of Finite Element Method in Gas...

... as the length scale ratio approaches infinity. circular microchannel electroosmosis non-Newtonian fluids surface heating or cooling microfluidics The rapid development in the field of miniaturization and microfabrication has found its applications in several emerging technologies, ranging from...

...Masahiro Motosuke; Jun Shimakawa; Dai Akutsu; Shinji Honami Optical force offers a promise of being applied as a noninvasive manipulation tool for microscopic objects without physical contact. Particle control in a microfluidic system is achieved by optics showing advantages over electric...

... fluidised beds heat pipes heat transfer image reconstruction mesh generation microfluidics permeability pipe flow porosity statistical analysis thermal conductivity 17 01 2011 27 07 2011 29 11 2011 29 11 2011 2012 American Society of Mechanical Engineers ...

... transfer characteristics of liquid flow with MEPCM are presented as well. 01 07 2010 18 06 2011 20 06 2011 06 10 2011 06 10 2011 boundary layers heat transfer laminar flow melting microfluidics numerical analysis phase change materials pipe flow slurries two-phase...

... 09 2011 compressible flow flow simulation heat transfer microfluidics numerical analysis pipe flow slip flow viscosity microtube compressibility viscous heating temperature field High efficiency heat exchangers are needed for the cooling of electronic systems...

...Jae Bong Lee; Seong Hyuk Lee; Chang Kyoung Choi aluminium contact angle drops flow visualisation high-speed optical techniques hole density hydrophobicity impact (mechanical) microfluidics milling machines surface energy surface roughness surface texture water wetting 27...

...% of the data points were within the ±30% error limit. 13 04 2010 01 12 2010 03 02 2011 03 02 2011 boiling heat transfer microfluidics pipe flow two-phase flow flow boiling R134a microscale Thermal management of electronic devices is one of the major issues facing...

... . The effective heat transfer coefficient from the cantilever to the ambient (at atmospheric pressure) is determined to be ≈ 3400 W m − 2 K − 1 . 10 10 2009 14 01 2010 06 01 2011 06 01 2011 cantilevers heat transfer microfluidics thermal conductivity thermal conductance...

... to determine which geometry has the highest thermal and hydraulic efficiencies. entropy flow visualisation heat transfer microfluidics microscale thermal-fluid systems microchannel heatsinks entropy generation measurement The generally laminar nature of flow in microchannel heatsinks...

.... , 1992 , “ Lattice BGK for Navier-Stokes Equation ,” Europhys. Lett. 0295-5075 , 17 ( 6 ), pp. 479 – 484 . 10.1209/0295-5075/17/6/001 08 05 2008 13 04 2010 23 07 2010 23 07 2010 Boltzmann equation heat transfer microfluidics molecular dynamics method phonons...

... porous media heat transfer microfluidics nanoporous materials thermal management (packaging) pool boiling enhancement copper nanodendrites electrochemical deposition electronics cooling dielectric liquids The ever increasing transistor density and processing speed of computer chips...

... temperature distribution. Finally, while the contribution of the thermal effects of the solid wall on the heat transport capacity of the MHP is usually not dominant, it is, nevertheless, not negligible either. heat conduction heat pipes microfluidics pipe flow temperature distribution thermal...

... of 8000 K/min and maximum power density of 1 kW/l are reported ( 9 ). heat transfer in fuel cells solid oxide fuel cells computational fluid-dynamics hydrogen computational fluid dynamics microfluidics solid oxide fuel cells 13 02 2009 12 11 2009 19 03 2010 19 03...

...Zhefu Wang; Richard B. Peterson This study explores the use of a thermal wave approach for flow field measurement applications, such as flow diagnostics near surfaces and in microfluidic systems. The basic mathematical characteristics of the governing equations of heat convection, with periodic...

... and water data for 54   μ m array with curve fit (Eq. 7 ) heat transfer jets Mach number microfluidics electronics cooling microscale jet heat transfer microjet microjet array Heat dissipation in processors and power electronics is a major concern for reliability...