Immersed Lagrangian point method for predicting particle growth in Taylor–Couette flow von Lee, Tae-Rin, Lee, Dongchan, Kim, Jongmyung

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Quantitative correlation between interlayer distance and shear rate in liquid-based exfoliation of graphene layers von Lee, Tae-Rin

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Prediction of the molecular-level critical shear rates for the liquid exfoliation of graphene layers von Kim, Jongmyung, Lee, Tae-Rin

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A computational modeling of blood flow in asymmetrically bifurcating microvessels and its experimental validation von Lee, Tae‐Rin, Hong, Ji‐Ah, Yoo, Sung Sic, Kim, Do Wan

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Continuous synthesis of nickel/cobalt/manganese hydroxide microparticles in Taylor–Couette reactors von Lim, Jang Gyun, Yoon, Sung-Ho, Hong, Jongpal, Choi, Jae-Boong, Kim, Moon Ki, Lee, Tae-Rin

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Multiscale modeling and uncertainty quantification in nanoparticle-mediated drug/gene delivery von Li, Ying, Stroberg, Wylie, Lee, Tae-Rin, Kim, Han Sung, Man, Han, Ho, Dean, Decuzzi, Paolo, Liu, Wing Kam

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Quantifying cerebral blood flow in the whole brain in a diffusion model with multiple sources from cerebrovascular structures von Cho, Hyeryoung, Shim, Vickie B., Lee, Tae‐Rin

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Rapid Prediction of Brain Injury Pattern in mTBI by Combining FE Analysis With a Machine-Learning Based Approach von Shim, Vickie B., Holdsworth, Samantha, Champagne, Allen A., Coverdale, Nicole S., Cook, Douglas J., Lee, Tae-Rin, Wang, Alan D., Li, Shaofan, Fernandez, Justin W.

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Numerical simulation of ammonium perchlorate particles based on a population balance equation model in Taylor-Couette flow von Yoon, Sung-Ho, Lim, Jang Gyun, Hong, Jongpal, Han, Sang-Keun, Kim, Moon Ki, Choi, Jae-Boong, Lee, Tae-Rin

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On the near-wall accumulation of injectable particles in the microcirculation: smaller is not better von Lee, Tae-Rin, Choi, Myunghwan, Kopacz, Adrian M., Yun, Seok-Hyun, Liu, Wing Kam, Decuzzi, Paolo

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High shear-induced exfoliation of graphite into high quality graphene by Taylor-Couette flow von Tran, Tuan Sang, Park, Seung Jun, Yoo, Sung Sic, Lee, Tae-Rin, Kim, TaeYoung

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In Vitro Models of Traumatic Brain Injury: A Systematic Review von Wu, Yi-Han, Rosset, Samuel, Lee, Tae-Rin, Dragunow, Mike, Park, Thomas, Shim, Vickie

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Predicting bifurcation angle effect on blood flow in the microvasculature von Yang, Jiho, Pak, Y. Eugene, Lee, Tae-Rin

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Green, fast, and scalable production of reduced graphene oxide via Taylor vortex flow von Nam, Ki-Ho, Jung Kim, Ui, Hee Jeon, Myeong, Lee, Tae-Rin, Yu, Jaesang, You, Nam-Ho, Kim, Young-Kwan, Won Suk, Ji, Ku, Bon-Cheol

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Generalized plasma skimming model for cells and drug carriers in the microvasculature von Lee, Tae-Rin, Yoo, Sung Sic, Yang, Jiho

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A physical sciences network characterization of circulating tumor cell aggregate transport von King, Michael R, Phillips, Kevin G, Mitrugno, Annachiara, Lee, Tae-Rin, de Guillebon, Adelaide M E, Chandrasekaran, Siddarth, McGuire, Matthew J, Carr, Russell T, Baker-Groberg, Sandra M, Rigg, Rachel A, Kolatkar, Anand, Luttgen, Madelyn, Bethel, Kelly, Kuhn, Peter, Decuzzi, Paolo, McCarty, Owen J T

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Effect of fractional blood flow on plasma skimming in the microvasculature von Yang, Jiho, Yoo, Sung Sic, Lee, Tae-Rin

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PDMS-based Screw-wall Microfluidic Channel Forming a Turbulent Flow at Low Reynold Number von Kim, Jun-Min, Lim, Jaekwan, Lee, Tae-Rin, Park, Sangyoon

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Immersed material point method to simulate cellular fluid flow interactions von Park, Seok-Jin, Yang, Younghwan, Jo, Junhong, Lee, Tae-Rin

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Numerical simulation of flow-induced bi-directional oscillations von Lee, Hyun-Boo, Lee, Tae-Rin, Chang, Yoon-Suk

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