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,R=0.25,N=200
Lax-Friedrich,R=0.25,N=400
Lax-Friedrich,R=0.25,N=800
Lax-Friedrich,R=0.25,N=1600
Lax-Wendroff,R=0.25,N=200
Lax-Wendroff,R=0.25,N=400
Lax-Wendroff,R=0.25,N=800
Lax-Wendroff,R=0.25,N=1600
Animations for AMS-528 HW#4 Question (3)
Roe,R=0.25,N=200
Roe,R=0.25,N=400
Roe,R=0.25,N=800
Roe,R=0.25,N=1600
Enquist-Osher,R=0.25,N=200
Enquist-Osher,R=0.25,N=400
Enquist-Osher,R=0.25,N=800
Enquist-Osher,R=0.25,N=1600
van Leer,R=0.25,N=200
van Leer,R=0.25,N=400
van Leer,R=0.25,N=800
van Leer,R=0.25,N=1600
Animations for AMS-528 HW#4 Question (4)
Superbee limiter,R=0.75,N=200
van Leer limiter,R=0.75,N=200
C-O limiter,R=0.75,N=200
Beam-Warming limiter,R=0.75,N=200
Animations for AMS-528 HW#4 Question (5)
Superbee limiter,R=0.75,N=200
van Leer limiter,R=0.75,N=200
C-O limiter,R=0.75,N=200
Beam-Warming limiter,R=0.75,N=200
Animations for AMS-528 HW#5 Question (1)
Jacobi method, 100*100 grids
Gauss-Seidel method, 100*100 grids
Animations for AMS-528 HW#5 Question (3)
SOR method, omega = 1.94, 100*100 grids