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查看斯高帕斯 (Scopus) 概要
胡 偉帆
教授
數學系
電子郵件
wfhu
math.ncu.edu
tw
網站
http://math.ncu.edu.tw/~wfhu/
h-index
601
引文
15
h-指數
按照存儲在普爾（Pure）的出版物數量及斯高帕斯（Scopus）引文計算。
2012
2024
每年研究成果
概覽
指紋
網路
研究計畫
(4)
研究成果
(27)
榮譽/獲獎
(1)
指紋
查看啟用 Wei Fan Hu 的研究主題。這些主題標籤來自此人的作品。共同形成了獨特的指紋。
排序方式
重量
按字母排序
Keyphrases
Immersed Interface Method
100%
Electrohydrodynamic Simulation
84%
Immersed Boundary Method
82%
Immersed Boundary
69%
Boundary Interface
56%
Electric Potential
51%
Stokes Flow
50%
Swimmers
49%
Three-dimensional (3D)
42%
Poisson Equation
42%
Numerical Results
39%
Navier-Stokes Flow
39%
Numerical Test
38%
Electrohydrodynamics
37%
Inextensible
37%
Leaky Dielectric
32%
Immersed Interface
31%
Electric Field (E-field)
29%
Electric Stress
29%
Run-and-tumble
28%
Grid Based Particle Method
28%
Fractional Step
28%
Solid Particles
28%
Inextensible Interface
28%
Level-set
28%
Annular Domain
28%
Spectral Solver
28%
Phoretic Particles
28%
Physics-informed Neural Networks
28%
Particle Surface
28%
Electric Force
27%
Jump Conditions
23%
Interfacial Forces
23%
Intermittency
21%
Chaotic Bursting
21%
Solute
21%
Emission Rate
21%
Projection Method
20%
Shear Flow
20%
Prolate
20%
Amoeboid
19%
Drop Deformation
19%
Viscous Drops
18%
Inertia Effect
18%
Boundary Force
18%
Elastic Tension
18%
Augmented Immersed Interface Method
18%
Leaky Dielectric Fluids
18%
Tumbling Motion
18%
Navier-Stokes Equations
18%
Engineering
Axisymmetric
70%
Electric Field
66%
Electric Potential
60%
Good Agreement
48%
Applicability
44%
Electric Stress
39%
Illustrates
39%
Jump Condition
39%
Inertia Effect
37%
Dielectrics
35%
Numerical Study
32%
Pclet Number
28%
Shape Change
28%
Navier-Stokes Equation
28%
Two Dimensional
28%
Fractional Step
28%
Solid Particle
28%
Numerical Scheme
28%
Particle Surface
28%
Fluid Velocity
27%
Grid Point
21%
Shear Flow
21%
Boundary Condition
21%
Dielectric Fluid
21%
Level Set
21%
Velocity Field
18%
Elastic Force
16%
Lagrange Multiplier Method
16%
Finite Difference Method
16%
Diffusive
14%
Circular Trajectory
14%
Internal Degree
14%
Confined Geometry
14%
Analytical Study
14%
Spherical Geometry
14%
Intrinsic Property
14%
Degree of Freedom
14%
Minimal Model
14%
Hybrid Method
14%
Laplace Equation
14%
Physics Informed Neural Network
14%
Dimensionless
14%
Network Model
14%
Chaotic Motion
14%
Discretization
14%
Dimensional Model
14%
Numerical Experiment
14%
Stokes Equation
14%
Mechanical Force
14%
Truncation Error
14%
Mathematics
Stoke Flow
74%
Immersed Boundary Method
55%
Neural Network
37%
Electric Field
37%
Finite Difference Method
35%
Lagrangian
32%
Projection Method
28%
Physics Informed Neural Network
28%
Diffusion Equation
28%
Numerical Scheme
28%
Spherical Geometry
28%
Numerical Analysis
27%
Poisson Equation
23%
Jump Condition
22%
Three-Dimension
21%
Level Set
16%
Set Function
16%
Dimensional Model
14%
Reduced Model
14%
Forcing Term
14%
Statistical Analysis
14%
Laplace Equation
14%
Circle
14%
Time Step
14%
Infinite Domain
14%
Delta Function
14%
Finite Domain
14%
Ordinary Differential Equation
14%
Distinct Outcome
14%
Numerical Experiment
14%
Positive Definite
14%
Differential Operator
14%
Solving Partial Differential Equation
14%
Ritz Method
14%
Cell Center
14%
Electric Property
14%
Concludes
14%
Apply It
14%
Numerical Stability
14%
Time Step Size
14%
Chaos
14%
Intrinsic Property
14%
Navier-Stokes Equation
14%
Spherical Harmonic
14%
Good Agreement
13%
Fluid Velocity
13%
Velocity Distribution
13%
Discretization
12%
Loss Function
11%
Energy Functional
9%
