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Shuai Xue

Department of Applied Mathematics and Statistics

SUNY at Stony Brook, Stony Brook, NY 11790

Office: Harriman 010

Email:sxue@ams.sunysb.edu








Really really really nice to meet you!
I am a PhD student in CAM(computational and applied mathematics).
My hometown is Weifang, a small but cosy city in the North of People's Republic of China.
There are many things I am interested in, among which Japanese Comic, Penny Dai's Music, and American Movies are my favorites.

Teaching Assistant

Time Course Number Course name
Fall 2010 AMS507 Introduction to Probability

Research Interest

I am quite interested in the theory of PDE and its applications in all the fields of sciences and industries.
The following is one of my papers on PDE.
Paper on PDE

Animations for AMS-528 HW#1 Question (2)

  • Upwind Scheme
  • Leap Frog Scheme
  • Lax-Friedrich Scheme
  • Lax-Wendroff Scheme
  • MacCormack Scheme

    Animations for AMS-528 HW#1 Question (5)

  • Downwind Scheme
  • Center Difference Scheme
  • Lax-Friedrich Scheme

    Animations for AMS-528 HW#2 Question (4)

  • Central-Implicit,R=0.8,N=200
  • Central-Implicit,R=0.8,N=400
  • Central-Implicit,R=0.8,N=800
  • Central-Implicit,R=0.8,N=1600
  • Central-Implicit,R=1.5,N=200
  • Central-Implicit,R=1.5,N=400
  • Central-Implicit,R=1.5,N=800
  • Central-Implicit,R=1.5,N=1600
  • Crank-Nicolson,R=0.8,N=200
  • Crank-Nicolson,R=0.8,N=400
  • Crank-Nicolson,R=0.8,N=800
  • Crank-Nicolson,R=0.8,N=1600
  • Crank-Nicolson,R=1.5,N=200
  • Crank-Nicolson,R=1.5,N=400
  • Crank-Nicolson,R=1.5,N=800
  • Crank-Nicolson,R=1.5,N=1600

    Animations for AMS-528 HW#2 Question (5)

  • Upwind Scheme
  • Lax-Wendroff Scheme

    Animations for AMS-528 HW#3 Question (4) (a)

  • Central-Explicit,Gauss Initial Condition,N=200
  • Central-Explicit,Gauss Initial Condition,N=400
  • Central-Explicit,Gauss Initial Condition,N=800
  • Central-Explicit,Gauss Initial Condition,N=1600
  • Central-Implicit,Gauss Initial Condition,N=200
  • Central-Implicit,Gauss Initial Condition,N=400
  • Central-Implicit,Gauss Initial Condition,N=800
  • Central-Implicit,Gauss Initial Condition,N=1600
  • Crank-Nicolson,Gauss Initial Condition,N=200
  • Crank-Nicolson,Gauss Initial Condition,N=400
  • Crank-Nicolson,Gauss Initial Condition,N=800
  • Crank-Nicolson,Gauss Initial Condition,N=1600
  • Du Fort-Frankel,Gauss Initial Condition,N=200
  • Du Fort-Frankel,Gauss Initial Condition,N=400
  • Du Fort-Frankel,Gauss Initial Condition,N=800
  • Du Fort-Frankel,Gauss Initial Condition,N=1600

    Animations for AMS-528 HW#3 Question (4) (b)

  • Central-Explicit,Step Initial Condition,N=200
  • Central-Explicit,Step Initial Condition,N=400
  • Central-Explicit,Step Initial Condition,N=800
  • Central-Explicit,Step Initial Condition,N=1600
  • Central-Implicit,Step Initial Condition,N=200
  • Central-Implicit,Step Initial Condition,N=400
  • Central-Implicit,Step Initial Condition,N=800
  • Central-Implicit,Step Initial Condition,N=1600
  • Crank-Nicolson,Step Initial Condition,N=200
  • Crank-Nicolson,Step Initial Condition,N=400
  • Crank-Nicolson,Step Initial Condition,N=800
  • Crank-Nicolson,Step Initial Condition,N=1600
  • Du Fort-Frankel,Step Initial Condition,N=200
  • Du Fort-Frankel,Step Initial Condition,N=400
  • Du Fort-Frankel,Step Initial Condition,N=800
  • Du Fort-Frankel,Step Initial Condition,N=1600

    Animations for AMS-528 HW#4 Question (2)

  • Lax-Friedrich,N=200
  • Lax-Friedrich,N=400
  • Lax-Friedrich,N=800
  • Lax-Friedrich,N=1600
  • Lax-Wendroff,N=200
  • Lax-Wendroff,N=400
  • Lax-Wendroff,N=800
  • Lax-Wendroff,N=1600
  • Godunov,N=200
  • Godunov,N=400
  • Godunov,N=800
  • Godunov,N=1600

    Animations for AMS-528 HW#4 Question (3)

  • Roe Approximation,N=200
  • Roe Approximation,N=400
  • Roe Approximation,N=800
  • Roe Approximation,N=1600
  • Enquist-Osher Approximation,N=200
  • Enquist-Osher Approximation,N=400
  • Enquist-Osher Approximation,N=800
  • Enquist-Osher Approximation,N=1600
  • van Leer Approximation,N=200
  • van Leer Approximation,N=400
  • van Leer Approximation,N=800
  • van Leer Approximation,N=1600

    Animations for AMS-528 HW#4 Question (4)

  • Superbee Limiter,Sin Initial,N=200
  • van Leer Limiter,Sin Initial,N=200
  • C-O Limiter,Sin Initial,N=200
  • Beam Warming Limiter,Sin Initial,N=200

    Animations for AMS-528 HW#4 Question (5)

  • Superbee Limiter,Step Initial,N=200
  • van Leer Limiter,Step Initial,N=200
  • C-O Limiter,Step Initial,N=200
  • Beam Warming Limiter,Step Initial,N=200

    Animations for AMS-528 HW#5 Question (1)

  • Jacobi Iteration for Poisson's Equation
  • Gauss-Seidel Iteration for Poisson's Equation

    Animations for AMS-528 HW#5 Question (3)

  • SOR Iteration for Poisson's Equation

    My Courses

  • AMS 501
  • AMS 510
  • AMS 526
  • AMS 595
  • AMS 599

    Education

    B.S. in Math & Applied Math at  Department of Mathematics;  Zhejiang University, P. R. China.

    Music

    Google

    Last updated 10/10/2010