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Pages
Posts
Prof. Junxiang Yang (楊鈞翔)
Published:
Junxiang Yang is an Assistant Professor & PI at PF_CFD Team. Detailed introduction of Prof. Yang can refer to the Homepage. 
Master student: Keyue Sun (孫可玥)
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Keyue Sun is a Master candidate at PF_CFD Team. She enrolled in 2024 spring semester. Her research interests are: CFD and Numerical PDEs.
Master student: Kyiree Su (蘇晟)
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Kyiree Su is a Master candidate at PF_CFD Team. He will enroll in 2024 fall semester. His research interests are: 3D volume reconstruction and Image processing.
Master student: Baiyang Wei (韋百洋)
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Baiyang Wei is a Master candidate at PF_CFD Team. He enrolled in 2023 fall semester. His research interests are: Muli-phase flow modeling and CFD. 
Undergraduate student: Dongting Cai (蔡東廷)
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Dongting Cai is currently a sophomore at PF_CFD Team, Macau University of Science and Technology. His research interest is 3D reconstruction algorithm.
Undergraduate student: Xiangjie Kong (孔祥傑)
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Xiangjie Kong is currently a sophomore at PF_CFD Team, Macau University of Science and Technology. His research interest is 3D reconstruction algorithm.
Undergraduate student: Renjun Gao (高仁俊)
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Renjun Gao is currently a sophomore at PF_CFD Team, Macau University of Science and Technology. His research interest is 3D reconstruction algorithm.
Undergraduate student: Boyi Fu (付博亦)
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Boyi Fu is currently a sophomore at PF_CFD Team, Macau University of Science and Technology. His research interest is 3D reconstruction algorithm.
Undergraduate student: Nizhang Li (李妮璋)
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Nizhang Li is currently a freshman at PF_CFD Team, Macau University of Science and Technology. Her research interest is multi-phase fluid simulation.
Undergraduate student: Yutong Wu (吳宇桐)
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Yutong Wu is currently a freshman at PF_CFD Team, Macau University of Science and Technology. Her research interest is biological modeling and simulation.
Undergraduate student: Zecheng Qiu (仇澤程)
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Zecheng Qiu is currently a freshman at PF_CFD Team, Macau University of Science and Technology. His research interest is biological modeling and simulation.
portfolio
publications
Accepted works in years 2018-2020
Published in , 2018
Publications in 2018-2020 are listed in this section.
Accepted works in year 2021
Published in , 2021
Publications in 2021 are listed in this section.
Accepted works in year 2022
Published in , 2022
Publications in 2022 are listed in this section.
Accepted works in year 2023
Published in , 2023
Publications in 2023 are listed in this section.
Accepted works in year 2024
Published in , 2024
Publications in 2024 are listed in this section.
talks
MATLAB code: Lattice Boltzmann method (D2Q9) for fluid flow with heat transfer
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This is a simple Lattice Boltzmann solver for fluid flow with heat transfer (natural convection). The MATLAB codes are pasted here. 
MATLAB code: Finite difference projection method for 2D incompressible Navier-Stokes equations
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This is a simple projection solver for 2D Navier-Stokes equations. The finite difference method is used for spatial discretization. The lid-driven cavity flow is simulated. The MATLAB codes are pasted here. 
C computation code and MATLAB posttreatment code: Immersed Boundary Method for fluid flows passing through a cylinder
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This is a finite difference Immersed Boundary Method (IBM) code for simulating 2D flow passing through a cylinder. The C and MATLAB codes are pasted here. 
MATLAB code: Lattice Boltzmann method (D2Q9) for binary phase-field surfactant model
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This is a simple Lattice Boltzmann solver (D2Q9) for simulating binary phase-field surfactant dynamics. The MATLAB codes are pasted here. 
MATLAB code: Energy-stable linear convex splitting method for the Quasi-crystal pattern
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This is a numerical method for the generation of Quasi-crystal pattern. The Fourier spectral method is used to implement spatial discretization. The time-marching scheme is designed based on a linear and unconditionally energy-stable Runge-Kutta convex splitting method. The MATLAB codes are pasted here. 
MATLAB code: Fourier spectral method for Molecular Beam Epitaxy (MBE) model
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This is a Fourier spectral solver for Molecular Beam Epitaxy (MBE) model. The MATLAB codes are pasted here. 
MATLAB code: Explicit finite difference method for Image Segmentation
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This is an explicit finite difference solver for a phase-field model of image segmentation. The MATLAB codes are pasted here. 
MATLAB code: Explicit finite difference method for phase-field dendritic growth model
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This is a totally explicit solver for phase-field dendritic growth model. The spatial discretization is performed based on finite difference method. The MATLAB codes are pasted here. 
MATLAB code: Third-order Runge-Kutta Fourier spectral method for phase-field crystal model with FCC ordering structure
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This is a mass-conserved Fourier spectral solver for phase-field crystal model with FCC ordering structure. Third-order Runge-Kutta scheme is used to update solution. The MATLAB codes are pasted here. 
MATLAB code: Lattice Boltzmann method (D2Q9) for fluid flow passing through obstacles
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This is a simple Lattice Boltzmann solver for 2D fluid flow passing through solid obstacles. The MATLAB codes are pasted here. 
MATLAB code: Lattice Boltzmann method (D2Q9) for 2D Cahn-Hilliard equation
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This is a simple Lattice Boltzmann solver for 2D Cahn-Hilliard equation. The MATLAB codes are pasted here. 
MATLAB code: Fourier spectral method for 2D Cahn-Hilliard equation
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This is a simple and practical solver (Fourier spectral method) for 2D Cahn-Hilliard equation with periodic boundary conditions. The MATLAB codes are pasted here. 
C and MATLAB codes: Phase-field method for 3D volume reconstruction
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This is phase-field model of 3D volume reconstruction of a teapot. The finite difference method is used to implement the spatial discretization. An energy-stable second-order linear scheme is used to perform temporal approximation. The C code is used to implement numerical calculation. The MATLAB codes are used for pre- and post-treatments. 
Practical tutorial and numerical implementation of multi-phase flow simulation based on phase-field model
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The tutorial, C and Matlab codes of multi-phase fluid mixing in a tilted channel. The C code (for computation) and Matlab code (for post-treatment) are pasted here. 
Download here
teaching
Physics (PHYS100)
Undergraduate course, MUST, 2024
This is a core course for undergraduate students (level 2).
Probability and Statistics (MATH104)
Undergraduate course, MUST, 2024
This is a core course for undergraduate students (level 2).
Numerical Computation (MATH400)
Undergraduate course, MUST, 2024
This is an elective course for undergraduate students (level 3 and level 4).