Lectures
We provide the highest-quality lectures for our mechanical engineering students at Kyung Hee University.
2024 Kyung Hee University Spring
Cardiovascular Biomechanics and Modeling (Graduate), ME7124, 심혈관생체역학.
Anatomy, Epidemiology, Wormersely theory, Winkessel model, Morphometry law, Multi-dimensional modeling, Simvascular.
Computational Mechanics (Undergraduate, UG 4), ME477, Co-teaching: Part II-CFD. 전산역학.
Computational Modeling, Boundary Conditions, Simulation, Commercial Softwares.
Programming Fundamentals (UG 1), ME118-05. 프로그래밍입문.
Python basics, array and matrix, data visualizations, structured programming, solving algebraic equations, machine learning fundamentals.
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2023 Kyung Hee University
Fluid Mechanics (UG 2), ME235, 유체역학 (Student evaluation: 98/100)
Reynolds Transport Theorem, Control Volume/Differential Analysis, External/Internal Flows, Laminar/Turbulent Flows.
Fluid Flow Systems (UG 4), ME435, 유체유동시스템 (Student evaluation: 97/100)
Viscous Flows, Analytical Solutions of the Navier-Stokes equation, Laminar Boundary Layer, Turbulent Boundary Layer.
Finite Element Analysis (UG 3), ME353, 유한요소법 (Student evaluation: 96/100)
Stiffness Method for Spring, Beam, Grid, Frame Elements. Fluid Flows and Heat Transfer. Simvascular.
Thermodynamics (UG 2), ME231, 열역학 (Student evaluation: 93/100)
First and Second Laws of Thermodynamics, Entropy, Exergy, Applications to Engineering Devices.
Computational Mechanics (UG 4), ME477, Co-teaching: Part II-CFD. (Student evaluation: 95/100)
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2022 Kyung Hee University
Fluid Mechanics (UG 2), ME235, 유체역학 (Student evaluation: 97/100)
Thermodynamics (UG 2), ME231-02/03, 열역학 (Student evaluation: 95/100)
Finite Element Analysis (UG 3), ME353, 유한요소법 (Student evaluation: 90/100)
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2021 Stanford University
Mathematical Modeling of Biological Systems (Graduate), BIOE209, Stanford University, 2021 Spring.
Basics of Linear Algebra and Numerical Analysis, Cardiovascular System, Electrophysiology.