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[ SPMODEL ]
- Masatsugu Odaka
- 2005/10/12 (Seiya Nishizawa) Update
- 2005/05/16 (Masatsugu Odaka) Initial Release
This page shows results ofshallow water standard test set (Williamson
et al., 1992) by using SPMODEL shallow water model (shallow-zd).
- Comparison with JW1995
- Using Euler scheme
- T42 [¦Á=0] [¦Á=0.05] [¦Á=¦Ð/2-0.05] [¦Á=¦Ð/2]
- Using Semi-implicite & Leap-frog scheme
- T42 [¦Á=0] [¦Á=0.05] [¦Á=¦Ð/2-0.05] [¦Á=¦Ð/2]
- Using Leap-frog & Clank Nicolson method
- T42 [¦Á=0] [¦Á=0.05] [¦Á=¦Ð/2-0.05] [¦Á=¦Ð/2]
- Using the 4th Lunge-kutta & Clank Nicolson method
- T42 [¦Á=0] [¦Á=0.05] [¦Á=¦Ð/2-0.05] [¦Á=¦Ð/2]
- Comparison with JW1995
- Using Euler scheme
- T42 [¦Á=0] [¦Á=0.05] [¦Á=¦Ð/2-0.05] [¦Á=¦Ð/2]
- Using Semi-implicite & Leap-frog scheme
- Using Leap-frog & Clank Nicolson method
- Using the 4th Lunge-kutta & Clank Nicolson method
- Comparison with JW1995
- Using Euler scheme
- Using Semi-implicite & Leap-frog scheme
- Using Leap-frog & Clank Nicolson method
- Using the 4th Lunge-kutta & Clank Nicolson method
- Comparison with JW1995
- Using Euler scheme
- T42 [U = 20m/sec] [U = 40m/sec]
- Using Semi-implicite & Leap-frog scheme
- T42 [U = 20m/sec] [U = 40m/sec]
- Using Leap-frog & Clank Nicolson method
- T42 [U = 20m/sec] [U = 40m/sec]
- Using the 4th Lunge-kutta & Clank Nicolson method
- T42 [U = 20m/sec] [U = 40m/sec]
- Comparison with JW1995
- Using Euler scheme
- Using Semi-implicite & Leap-frog scheme
- Using Leap-frog & Clank Nicolson method
- Using the 4th Lunge-kutta & Clank Nicolson method
- Comparison with JW1995
- Using Euler scheme
- Using Semi-implicite & Leap-frog scheme
- Using Leap-frog & Clank Nicolson method
- Using the 4th Lunge-kutta & Clank Nicolson method
- dcmodel project
- spmodel project
- GFD Dennou Club
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