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Clint John Cortes Otic

Observed names: Clint John Cortes OTIC, Clint John OTIC, Clint John Otic, Clint Otic
ORCID: 0000-0002-1545-9493
Observed ORCID: 0000-0002-1545-9493
OpenAlex ID: A5081109607
Water Condensation in the Nanoscale Pores of Pt/C Catalyst Particles and Its Impact on Catalyst Utilization: A Simulation Based on a Reconstructed Structure from Nanoimaging
2024 · Clint John Cortes Otic, Shota Katayama, et al. · ACS Applied Materials & Interfaces · 15
Machine learning-driven 3D reconstruction of PEMFC catalyst layers from FIB-SEM imaging
2025 · Clint John Cortes Otic, Ikuya Kinefuchi · Journal of Power Sources · 11
Effect of Different Surface Microstructures in the Thermally Induced Self-Propulsion Phenomenon
2022 · Clint Otic, Shigeru Yonemura · Micromachines · 6
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Thermally Induced Knudsen Forces for Contactless Manipulation of a Micro-Object
2022 · Clint John Cortes Otic, Shigeru Yonemura · Micromachines · 5
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Mechanism of tangential Knudsen force at different Knudsen numbers
2022 · Clint John Cortes Otic, Shigeru Yonemura · Physics of Fluids · 3
Molecular Simulation of Nafion Swelling in the Cathode Catalyst Layer of Polymer Electrolyte Fuel Cells
2023 · Naoki Koda, Kohei Sato, et al. · ECS Meeting Abstracts · 1
Numerical Investigation of the Vapor Flow below a Self-Propelled Leidenfrost Droplet on Asymmetric Superheated Surfaces in Micro- and Sub-Micron Scale
2018 · Clint John Cortes OTIC, Yonemura SHIGERU · The Proceedings of Mechanical Engineering Congress Japan · 1
Three-dimensional electrochemical performance prediction of polymer electrolyte fuel cell cathodes using an anisotropic sub-grid scale lattice Boltzmann model
2026 · An He, Ryo Mochizuki, et al. · Journal of Power Sources
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Utilization of Pt Nanoparticle Catalysts during Capillary Condensation Phenomenon in PEMFC: A Lattice DFT Simulation Based on 3D Reconstruction of TEM Images
2023 · Clint John Cortes Otic, Masazumi Arao, et al. · ECS Meeting Abstracts
Correction: Otic, C.J.C.; Yonemura, S. Effect of Different Surface Microstructures in the Thermally Induced Self-Propulsion Phenomenon. Micromachines 2022, 13, 871
2022 · Clint John Cortes Otic, Shigeru Yonemura · Micromachines
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A Numerical Study on a Pincette-like Device using Thermally Induced Knudsen Forces
2022 · Clint John OTIC, Taku OHARA, et al. · The Proceedings of Mechanical Engineering Congress Japan
Understanding the Self-propulsion Phenomenon of a Leidenfrost Droplet on Micro-ratchet Surface using DSMC Simulation
2019 · Clint John Cortes OTIC, Shigeru YONEMURA · The Proceedings of Conference of Tohoku Branch
A Study on Self-Propulsion of Leidenfrost Objects on Ratchet Surface
2019 · Clint John Otic, Shigeru Yonemura · The Proceedings of the Thermal Engineering Conference
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Works count: 13
Citation count: 42
H-index: 4
I10-index: 2
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