02 / TANBIR SAROWAR

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Peer-reviewed work in semiconductor metrology, microfluidic design, and thermal engineering.

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13 publications

2026

Wafer-vacuum chuck interface characterization by electrochemical impedance spectroscopy

T. Sarowar, Y. Lim, M. A. Islam, H. Chun, K. Lu, C. B. Lee

Vacuum 249, 115277

Journal article

DOI

2026

Wafer bonding layer characterization and inspection by electrochemical impedance spectroscopy (EIS)

C. Kim, H. Chun, T. Sarowar, H. Lee, C. B. Lee

Journal of Manufacturing Processes 165, 349–358

Journal article

DOI

2026

A CFD-driven supervised learning framework for rapid DLD microfluidic chip optimization in CTC separation

T. Sarowar, E. Chen, X. Chen

Biomedical Microdevices 28(2), 30

Journal article

DOI

2026

Data-driven design of deterministic lateral displacement microfluidic devices for CTC separation

T. Sarowar, S. A. Mim, X. Chen

Biotechnology Progress 42(4), e88515

Journal article

DOI

2026

Characterization of silicon wafer geometric conformity on vacuum chucks

T. Sarowar, Y. Lim, H. Chun, C. B. Lee

ASME MSEC 2026 · Paper MSEC2026-182893 · State College, PA

Conference paper

2025

Data-driven predictive modeling of microfluidic cancer cell separation using a deterministic lateral displacement device

E. Chen, A. Lee, M. T. Sarowar, X. Chen

IEEE ICDMW 2025, 2709–2715

Conference paper

DOI

2024

Predictive modelling of microfluidic devices targeting cancer cell separation

M. T. Sarowar, M. Mobarrat, X. Chen

ASME IMECE 2024, Vol. 10 · Portland, OR

Conference paper

DOI

2023

Separation of CTCs from WBCs using DEP-assisted inertial manipulation: A numerical study

M. R. Uddin, M. T. Sarowar, X. Chen

Electrophoresis 44(23), 1781–1794

Journal article

DOI

2023

Separation of CTCs from blood cells using curved contraction-expansion microchannel equipped with DEP force

M. T. Sarowar, M. S. Islam, X. Chen

ASME IMECE 2023, Vol. 12 · Best Student Article for Global Impact

Conference paper

DOI

2022

Performance comparison of a microchannel heat sink using different nano-liquid metal fluid coolant: A numerical study

Y. Khan, M. T. Sarowar, M. Mobarrat, M. H. Rahman

ASME Journal of Thermal Science and Engineering Applications 14(9), 091014

Journal article

DOI

2022

Heat transfer, thermal stress and failure inspection of a gas turbine compressor stator blade made of five different conventional superalloys and ultra-high-temperature ceramic material: A direct numerical investigation

A. Abid, M. T. Sarowar

Journal of Failure Analysis and Prevention 22(3), 878–898

Journal article

DOI

2021

Numerical analysis of a liquid metal cooled mini channel heat sink with five different ceramic substrates

M. T. Sarowar

Ceramics International 47(1), 214–225

Journal article

DOI

2021

Performance comparison of microchannel heat sink using boron-based ceramic materials

M. T. Sarowar

Advanced Materials Research 1163, 73–88

Journal article

DOI