| Title | Description |
|---|
| f90: Mandelbrot集合描画 | Mandelbrot集合描画 |
| f90: Buddhabrot描画 | Buddhabrot描画 |
| f90: Julia集合描画 (1) | Julia集合描画 (1) |
| f90: Julia集合描画 (2) | Julia集合描画 (2) |
| f90: Gauss-Legendre積分 | Gauss-Legendre積分 |
| f90: 重積分 (1) | 重積分 (1) (Gauss−Legendre，Simpson) |
| f90: 重積分 (2) | 重積分 (2) (Gauss−Legendre，Simpson) |
| f90: DKA法による代数方程式の解法 | DKA 法による代数方程式の解法 |
| f90: 3次スプライン内挿 | 3次スプライン内挿 |
| f90: 振動関係基礎 | 振動関係基礎 |
| f90: トーラス応力解析 | トーラス応力解析 |
| f90: 洪水時貯水池水位流量解析 | 洪水時貯水池水位流量解析 |
| f90: 貯留関数法による流出解析 | 貯留関数法による流出解析 |
| f90: RC部材終局耐荷力計算 | RC部材終局耐荷力計算 |
| f90: RC円形トンネル応力解析 | RC円形トンネル応力解析 |
| f90: Simplex法による任意曲線回帰 | Simplex法による任意曲線回帰 |
| f90: 水路トンネル断面設定 | 水路トンネル断面設定 |
| f90: Vibration basic | Vibration basic |
| f90: Buckling Analysis by Amstutz | Buckling strength of Steel Penstock |
| f90: Design of Embedded Penstock | Design of Embedded Steel Penstock |
| f90: Plate Analysis by Navier | Rectangular Plate analysis by Navier |
| f90: Non-Uniform Flow Analysis | Non-Uniform Flow Analysis |
| f90: Surging Analysis | Design of Surge Tank |
| f90: RC Pressure Tunnel Analysis | Design of RC Pressure Tunnel |
| f90: Hydrologic Frequency Analysis | Hydrologic Frequency Analysis |
| f90: Run-off Analysis | Run-off analysis by Storage Function Method |
| f90: Curve Fitting by Simplex method | Curve Fitting by Simplex method |
| f90: NATM excavation analysis | NATM excavation analysis |
| mjx: Design of Intake & Outlet for PSPP | Design of Intake & Outlet for PSPP |
| mjx: Design of Embedded Penstock | Design of Embedded Penstock |
| mjx: Discharge of Dam Outlet | Discharge of DamOutlet |
| mjx: Design of Spillway | Design of Spillway |
| f90: Fortran Tips | Fortran Tips |
