教育部补助大学院校培育海洋科技实务人才计画高阶实务...

教育部補助大學院校培育海洋科技實務人才計畫高階實務課程造船設計與製造科技實務專題實習單位:財團法人聯合船舶設計發展中心-基設組學校:國立高雄海洋科技大學系級:四造四甲學號:941245029姓名:江佳琪船舶報價設計概略初步設計工作流程資料蒐集分析主要尺寸初定概略一般佈置圖船型評估線型開發(Fastship軟體)阻力與推進基本性能計算(GHS軟體)簡要規範書撰寫完成資料蒐集分析1991~2007年1000TEU貨櫃船統計資料分析初定主要尺寸船東需求:（1）1000TEU（2）Vs:18ktsDWT(design)=14000t設計吃水:8.0m（3）續航力:15000NM浬（4）DWT:17000t寸法吃水=?m初定尺寸:LENGTHBETWEENPERPENDICULARS（LBP）145.00MBREADTH﹐MOULDED24.00MDEPTH﹐MOULDED12.00MDESIGNDRAFT﹐EXTREME8.00MBLOCKCOEFFICIENT（Cb）0.713LIGHTSHIPWEIGHT5.700MTDEADWEIGHT（DESIGN）19.700MTDISPLACEMENT（DESIGN）18213.398M3DISPLACEMENT（SCANT）22700M3MAXIMAMCONTINUOUSRATING（MCR）9382.65KwFn0.246推進0.0162初定尺寸:機艙長度:Mainengine:MANB＆WM/E:6S50ME-C948kW×127rpmLmin:6774mm×2.516935mm機艙長度Dmass:195tSFOC:171g/kW．hr初定尺寸:求舯剖面面積AM:公式一:Cp=CB/CM=0.713/0.992=0.719，CB=0.713A=(R．R)－(π/4．R2)公式二:CM＝AM/（B×d）＝1－【(1－π/4)．R2×2】/B×D0.992＝【24×8－（2－π/2）R2】/24×8R=1.892概略一般佈置圖貨櫃尺寸規格：橫剖面之貨櫃間距：縱剖面之貨櫃間距：概略一般佈置圖各間隙距離(單位mm):規定如下：在預估貨櫃時是依據SOLAS的規定設計，艙內佈置則是依據貨櫃和艙壁的安全距離作設計＊視線決定於LBP×2或小於500。＊拱高(寬1000mm，高200mm)。＊220mm防止船殼撞擊貨櫃。＊船身最上層貨櫃到艙蓋間應保留655mm。＊人行道保留2000mm。＊雙重底1500mm。＊釣桿距離預留3200mm。＊艙蓋高度650mm。＊防碰艙壁長度Fm:FP0.05Lf~0.08Lf，L=145m，Fm為7.25。初步設繪ㄧ般佈置圖比較修改前及修改後的橫剖面圖（D：12m、B：24m）（D：13.5m、B：22.7m）修改前修改後修改後概略一般佈置修改初定尺寸LENGTHBETWEENPERPENDICULARS（LBP）145.00MBREADTH﹐MOULDED22.70MDEPTH﹐MOULDED13.50MDESIGNDRAFT﹐EXTREME8.00MBLOCKCOEFFICIENT（Cb）0.66LIGHTSHIPWEIGHT5.300MTDEADWEIGHT（DESIGN）19.100MTDISPLACEMENT（DESIGN）17813.598M3DISPLACEMENT（SCANT）22100M3MAXIMAMCONTINUOUSRATING（MCR）9382.65KwFn0.246推進0.0162LCB-1.88M歷史資料Fn×102Cr×103twsR0.15890.620.2220.2491.0350.6760.17210.670.1970.2451.0360.6780.18530.740.1790.2431.0380.6780.19860.820.1680.2431.0390.6770.21180.90.1640.2401.0340.6760.225010.1670.2331.0310.6740.23831.1430.1820.2311.0390.6690.25151.3280.1930.2281.0410.6620.25811.4440.2050.2261.040.657阻力與推進Vs(kts)Vs(m/s)Fnx102Crt105.1440.1330.6340.289126.1730.1600.6370.219147.2020.1870.7290.178168.2300.2130.9110.165189.2590.2401.1840.1792010.2880.2661.5460.2222211.3170.2931.9980.2932412.3460.3202.5400.3912613.3740.3463.1720.518wsRRn0.2520.9990.6670.950627676046.90.2480.9790.6761.038753211256.20.2440.9560.6791.087878746465.60.2380.9330.6761.09610042816750.2310.9070.6671.06711298168840.2230.8800.6531.00112553520940.2140.8510.6330.90013808873030.2030.8210.6070.76415064225120.1920.7890.5750.5961631957722CF(ITTC)*103CF(Hughes)*103△Cf*103CT*103Rax10-3RTx10-3EHPDHP1.6231.4280.042.2971169.77114505.7799515711.5861.3960.042.2621512.26820426.08168124491.5551.3690.042.3241898.68128347.5272238591.5301.3460.042.4812329.0139202.6430262261.5081.3270.042.7312803.25654176.26688103521.4881.3100.043.0743321.41974704.910248178091.4711.2950.043.5093883.499102476.815463318991.4561.2810.044.0354489.495139431.422952602771.4421.2690.044.6535139.407187759.333482123671初步線型開發Displacement：18047.252M3LCB：74.611Cb：0.656FastShip船體線圖FastShip立體線圖繪製線型要點：艙區劃分:計算各排橫剖面可放置多少貨櫃數目*發現貨櫃與線形相距太近，得以法規規定在法線70mm以上才可排列，以避免貨櫃與船殼撞擊。甲板以下共11排，共可排列971貨櫃想辦法讓貨櫃數達1000TEU線型完成，貨櫃排列數確定後THEEND