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Brownian dynamics simulations on sedimentation behaviour of a dispersion composed of spherical and rod-like particles (For development of a new technology to improve the visibility...
Published 2018-11-01“…Hence, we have employed the modelling of adsorption particles as large spherocylinder particles and TC particles as small spherical particles with a sub-micron size in order to perform Brownian dynamics simulations. …”
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Reduction of interface thermal resistance between TIM and metal surface by tuning wettability
Published 2021-05-01“…The thermal resistance of the filler-depletion layer (FDL) can occupy half of the total contact thermal resistance when the thickness of TIM is on the order of microns, and thus, preventing formation of the FDL is significant. …”
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Pseudo-laminarization of surfactant solutions in capillary flows
Published 2015-02-01“…Because the observed Reynolds number estimated for the micron-sized capillaries ranged from 102 to 104, drag reduction effects were observed as a pseudo-laminarization, which is a phenomenon that transition from laminar flows to turbulent flows with the increase in the Reynolds number delays. …”
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Thin film resistance sensor for wall heat flux measurement in premixed combustion
Published 2016-07-01“…The thin film resistance sensors of 250 to 1000 micron scale were fabricated on the Si substrate, and then a calibration method, measurement characteristics and response to the combustion were studied. …”
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Numerical analysis of fluid lubrication in line contact by using the MPS method
Published 2020-09-01“…When applying the MPS method to the micron-scale fluid film lubrication problem, calculating the viscous term is the key to ensure accuracy and robustness because the viscous forces are dominant over the other forces and affect the numerical stability. …”
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