課程名稱 |
船舶推進 Ship Propulsion |
開課學期 |
109-2 |
授課對象 |
工學院 工程科學及海洋工程學研究所 |
授課教師 |
黃正利 |
課號 |
ESOE5043 |
課程識別碼 |
525 U2310 |
班次 |
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學分 |
3.0 |
全/半年 |
半年 |
必/選修 |
選修 |
上課時間 |
星期二7,8(14:20~16:20)星期三4(11:20~12:10) |
上課地點 |
工科207工科207 |
備註 |
與辛敬業合授 總人數上限:54人 |
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課程簡介影片 |
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核心能力關聯 |
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課程大綱
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課程概述 |
1: 概說(Introduction)
1.1: 阻力、推進與船形 (Resistance,Propulsion & Hull Form)
1.2: 水之黏性與邊界層(Water Viscosity & Boundary Layer)
1.3: 船波(Ship Wave Systems)
2:阻力分量(Resistance Components)
2.1: 動量理論之應用(Applications of Momentum Theorem)
2.2: 因次分析(Dimensional Analysis)
2.3: 相似律之探討(Dynamical Similarity)
2.4: 比較律(Law of Comparison)
2.5: 阻力分量之特性 (Characteristics of Resistance Components)
3:黏性阻力(Viscous Resistance)
3.1: 平板之摩擦阻力(Frictional Resistance of Flat Plate)
3.2: 黏性壓差阻力(Viscous Pressure Resistance)
3.3: 形狀因子(Form Factor)
4:阻力之量度與解析(Resistance Measurement & Analysis)
4.1: 阻力試驗與分析(Model Tests & Analysis)
4.2: 興波阻力(Wave Making Resistance)
4.3: 剪阻與跡阻之量度(Measurement of Shear Resistance & Wake Resistance)
4.4: 波阻之計測(Wave Resistance Measurement)
4.5: 附屬物之阻力(Appendage Resistance)
5:有效馬力之估算(Effective Horsepower Prediction)
5.1: 阻力試驗之推估(ResistancePrediction from Model Test)
5.2: 標準系列試驗資料之應用(Application of Series Model Test Result)
5.3: 統計方法之應用(Application of Statistical Method)
5.4: 船形與阻力性能(Hull Form & Resistance)
5.5: 其他(Else)
6:推進(Propulsion)
6.1: 概說(Introduction)
6.2: 螺旋推進器介紹(Introduction of Screw Propeller)
6.3: 非螺旋推進器介紹(Introduction of Unconventional Propulsion Units)
6.4: 主機種類(Types of Main Engine)
6.5: 推進效率與馬力(Propulsion Efficiency & Horsepower)
7:螺槳作動理論(Theory of Screw Propeller)
7.1: 動量理論(Momentum Theory)
7.2: 葉片理論(Blade Element Theory)
7.3: 渦動理論介紹(Introduction to Circulation Theory)
8:螺槳幾何(Geometry of Screw Propeller)
8.1: 翼斷面(Hydrofoil Section)
8.2: 渦線幾何(Geometry of Helical Line)
8.3: 螺槳幾何特性名詞(Main Particulars of Screw Propeller)
8.4: 螺槳繪圖(Propeller Drawings)
9:螺槳性能(Propeller Performance)
9.1: 因次分析與相似律(Dimensional Analysis & Dynamical Similarity)
9.2: 單獨試驗(Open Water Test)
9.3: 螺槳性能曲線(Propeller Characteristic Curves)
9.4: 空蝕(Cavitation)
10:船體、主機與螺槳(Hull,Main Engine & Propeller)
10.1:推進試驗(Model Self-Propulsion Test)
10.2:推進效率因子(Propulsion Factor)
10.3:艉跡流與推減值(Wake Fraction & Thrust Deduction Factor)
10.4:馬力預估與餘裕(Power Prediction & Sea Margin)
11:螺槳設計(Design of Screw Propeller) |
課程目標 |
1:了解船舶阻力特性與建立阻力分析和有效馬力預估能力
2:了解推進特性與建立螺槳設計和全馬力預估解析能力 |
課程要求 |
1: 概說(Introduction)
1.1: 阻力、推進與船形 (Resistance,Propulsion & Hull Form)
1.2: 水之黏性與邊界層(Water Viscosity & Boundary Layer)
1.3: 船波(Ship Wave Systems)
2:阻力分量(Resistance Components)
2.1: 動量理論之應用(Applications of Momentum Theorem)
2.2: 因次分析(Dimensional Analysis)
2.3: 相似律之探討(Dynamical Similarity)
2.4: 比較律(Law of Comparison)
2.5: 阻力分量之特性 (Characteristics of Resistance Components)
3:黏性阻力(Viscous Resistance)
3.1: 平板之摩擦阻力(Frictional Resistance of Flat Plate)
3.2: 黏性壓差阻力(Viscous Pressure Resistance)
3.3: 形狀因子(Form Factor)
4:阻力之量度與解析(Resistance Measurement & Analysis)
4.1: 阻力試驗與分析(Model Tests & Analysis)
4.2: 興波阻力(Wave Making Resistance)
4.3: 剪阻與跡阻之量度(Measurement of Shear Resistance & Wake Resistance)
4.4: 波阻之計測(Wave Resistance Measurement)
4.5: 附屬物之阻力(Appendage Resistance)
5:有效馬力之估算(Effective Horsepower Prediction)
5.1: 阻力試驗之推估(ResistancePrediction from Model Test)
5.2: 標準系列試驗資料之應用(Application of Series Model Test Result)
5.3: 統計方法之應用(Application of Statistical Method)
5.4: 船形與阻力性能(Hull Form & Resistance)
5.5: 其他(Else)
6:推進(Propulsion)
6.1: 概說(Introduction)
6.2: 螺旋推進器介紹(Introduction of Screw Propeller)
6.3: 非螺旋推進器介紹(Introduction of Unconventional Propulsion Units)
6.4: 主機種類(Types of Main Engine)
6.5: 推進效率與馬力(Propulsion Efficiency & Horsepower)
7:螺槳作動理論(Theory of Screw Propeller)
7.1: 動量理論(Momentum Theory)
7.2: 葉片理論(Blade Element Theory)
7.3: 渦動理論介紹(Introduction to Circulation Theory)
8:螺槳幾何(Geometry of Screw Propeller)
8.1: 翼斷面(Hydrofoil Section)
8.2: 渦線幾何(Geometry of Helical Line)
8.3: 螺槳幾何特性名詞(Main Particulars of Screw Propeller)
8.4: 螺槳繪圖(Propeller Drawings)
9:螺槳性能(Propeller Performance)
9.1: 因次分析與相似律(Dimensional Analysis & Dynamical Similarity)
9.2: 單獨試驗(Open Water Test)
9.3: 螺槳性能曲線(Propeller Characteristic Curves)
9.4: 空蝕(Cavitation)
10:船體、主機與螺槳(Hull,Main Engine & Propeller)
10.1:推進試驗(Model Self-Propulsion Test)
10.2:推進效率因子(Propulsion Factor)
10.3:艉跡流與推減值(Wake Fraction & Thrust Deduction Factor)
10.4:馬力預估與餘裕(Power Prediction & Sea Margin)
11:螺槳設計(Design of Screw Propeller) |
預期每週課後學習時數 |
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Office Hours |
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參考書目 |
1:講義
2:Resistance and Propulsion of ShipsBy Sv. Aa. Harvald John wiley & Sonv., Inc., 1983
3:Basic Ship Theory By K. J. Rawson & E. C. Tupper |
指定閱讀 |
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評量方式 (僅供參考) |
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