工程是科學和數學的某種應用，通過這一應用，使自然界的物質和能源的特性能夠通過各種結構、機器、產品、系統和過程，是以最短的時間和最少的人力、物力做出高效、可靠且對人類有用的東西。將自然科學的理論應用到具體工農業生產部門中形成的各學科的總稱， 以下是為大家整理的關于船舶與海洋工程大學排名3篇 , 供大家參考選擇。
船舶與海洋工程大學排名3篇
【篇一】船舶與海洋工程大學排名
Lesson One
The Naval Architect
A naval architect asked to design a ship may receive his instructions in a form ranging from such simple requirements as “an oil tanker to carry 100 000 tons deadweight at 15 knots” to a fully detailed specification of precisely planned requirements. He is usually required to prepare a design for a vessel that must carry a certain weight of cargo (or number of passengers ) at a specified speed with particular reference to trade requirement; high-density cargoes, such as machinery, require little hold capacity, while the reverse is true for low-density cargoes, such as grain.
Deadweight is defined as weight of cargo plus fuel and consumable stores, and lightweight as the weight of the hull, including machinery and equipment. The designer must choose dimensions such that the displacement of the vessel is equal to the sum of the dead weight and the lightweight tonnages. The fineness of the hull must be appropriate to the speed. The draft------which is governed by freeboard rules------enables the depth to be determined to a first approximation.
After selecting tentative values of length, breadth, depth, draft, and displacement, the designer must achieve a weight balance. He must also select a moment balance because centres of gravity in both longitudinal and vertical directions must provide satisfactory trim and stability. Additionally, he must estimate the shaft horsepower required for the specified speed; this determines the weight of machinery. The strength of the hull must be adequate for the service intended, detailed scantlings (frame dimensions and plate thicknesses ) can be obtained from the rules of the classification society. These scantings determine the requisite weight of hull steel.
The vessel should possess satisfactory steering characteristics, freedom from troublesome vibration, and should comply with the many varied requirements of international regulations. Possessing an attractive appearance, the ship should have the minimum net register tonnage, the factor on which harbour and other dues are based. (The gross tonnage represents the volume of all closed-in spaces above the inner bottom. The net tonnage is the gross tonnage minus certain deductible spaces that do not produce revenue. Net tonnage can therefore be regarded as a measure of the earning capacity of the ship, hence its use as a basis for harbour and docking charges. ) Passenger vessels must satisfy a standard of bulkhead subdivision that will ensure adequate stability under specified conditions if the hull is pierced accidentally or through collision.
Compromise plays a considerable part in producing a satisfactory design. A naval architect must be a master of approximations. If the required design closely resembles that of a ship already built for which full information is available, the designer can calculate the effects of differences between this ship and the projected ship. If, however, this information is not available, he must first produce coefficients based upon experience and, after refining them, check the results by calculation.
Training
There are four major requirements for a good naval architect. The first is a clear understanding of the fundamental principles of applied science, particularly those aspects of science that have direct application to ships------mathematics, physics, mechanics, fluid mechanics, materials, structural strength, stability, resistance, and propulsion. The second is a detailed knowledge of past and present practice in shipbuilding. The third is personal experience of accepted methods in the design, construction, and operation of ships; and the fourth, and perhaps most important, is an aptitude for tackling new technical problems and of devising practical solutions.
The professional training of naval architects differs widely in the various maritime countries. Unimany universities and polytechnic schools; such academic training must be supplemented by practical experience in a shipyard.
Trends in design
The introduction of calculating machines and computers has facilitated the complex calculations required in
naval architecture and has also introduced new concepts in design. There are many combinations of length, breadth, and draft that will give a required displacement. Electronic computers make it possible to prepare series of designs for a vessel to operate in a particular service and to assess the economic returns to the shipowner for each separate design. Such a procedure is best carried out as a joint exercise by owner and builder. As ships increase in size and cost, such combined technical and economic studies can be expected to become more common.
(From “Encyclopedia Britannica”, Vol. 16, 1980)
Note to the Text
1. range from A to B 的意思為“從 A 到 B 的范圍內”，翻譯時，根據這個基本意思可以按漢語習慣譯成中 文。例：
Lathe sizes range from very little lathes with the length of the bed in several inches to very large ones turning a work many feet in length.
車床有大有小，小的車床其車身只有幾英寸，大的車床能車削數英尺長的工件。
2. Such that 可以認為是 such a kind/value 等的縮寫，意思為“這樣的類別/值等……以至于……”。譯成
中文是，可根據具體情況加以意譯。例：
The depth of the chain locker is such that the cable is easily stowed.
錨鏈艙的深度應該使錨鏈容易存儲。
Possessing an attractive appearance, the ship should have the minimum net register tonnage,the factor on which harbour and oyher dues are based.
Possessing an attractive appearance 現在分詞短語，用作表示條件的狀語，意譯成“船舶除有一個漂亮的 外形……”。一般說，如分詞短語謂語句首，通常表示時間、條件、原因等。
The factor on which…are based 中的 the factor 是前面 the minimum net register tonnage 的銅謂語，而 on which…are based 是定語從句，修飾 the factor。
4. Electroniccomputers make it possible to prepare series id designs for a vessel to operate in a particular service and to assess the economic returns to the shipowner for each separate design.
句中的 it 是形式賓語，實際賓語為不定式短語 to prepare series of designs …和 to assess the economic returns …
Lesson Two
Definitions, Principal Dimensions
Before studying in detail the various technical branches of naval architecture it is important to define chapters. The purpose of this chapter is to explain these terms and to familiarise the reader with them. In the first place the dimensions by which the size of a ship is measured will be considered; they are referred to as ‘principal dimensions’. The ship, like any solid body, requires three dimensions to define its size, and these are a length, a breadth and a depth. Each of these will be considered in turn.
Principal dimensions
Length
There are various ways of defining the length of a ship, but first the length between perpendiculars will be considered. The length between perpendiculars is the distance measured parallel to the base at the level of the summer load waterline from the after perpendicular to the forward perpendicular. The after perpendicular is taken as the after side of the rudder post where there is such a post, and the forward perpendicular is the vertical line drawn through the intersection of the stem with summer load waterline. In ships where there is no rudder post the after perpendicular is taken as the line passing through the centre line of the rudder pintals. The perpendiculars and the length between perpendiculars are shown in Figure 1.
【篇二】船舶與海洋工程大學排名
中國大學船舶與海洋工程專業排名
船舶與海洋工程,主要課程:理論力學、材料力學、流體力學、結構力學、船舶與海洋工程原理.專業實驗:船模阻力實驗、螺旋槳試驗、船模自航試驗及結構實驗應力分析等.學制:4年,授予學位:工學學士,相近專業:輪機工程.就業前景:主要到船舶與海洋結構物設計、研究、制造、檢驗、使用和管理等部門從事技術和管理方面的工作.首先明確一點,在學科劃分上船舶與海洋工程是一級學科,下屬有船舶工程/海洋工程、輪機工程、水聲工程3個二級學科,這里的排名是中國大學船舶與海洋工程專業排名.
1 上海交通大學
地處國際航運的中心城市的上海,中國船舶工業的老牌大學上交地理優勢極為明顯,加上上海市對人才的吸引能力,使得交大在近幾十年以來一直都穩做船舶院校老大位置.雖然近幾年大連理工憑借其臨近日韓的優勢發展壯大了不少,大工的學生在業內的認可程度也日漸提高,但是想要撼動交大的老大地位恐怕尚需時日.
2 哈爾濱工程大學
雖然繼承了“哈軍工”大部分家當,但當老一輩的牛人漸漸老去后我們真不知道當年的哈船院在十年以后將會是個什么樣子.軍品是哈工程的強項,但是學科發展受國家政策影響較大,在市場經濟的今天,在別的學校都在拼命做項目賺錢的今天,哈工程的地位無比尷尬.另外,由于北國哈爾濱對人才的吸引力遠遠不如經濟發達的東部沿海城市,所以人才斷檔問題比較嚴重,但如今仍然有以兩位老院士為代表的老底在,排到第二也屬合情合理.
3 大連理工大學
大連理工大學的造船專業在2000年以后可謂是異軍突起.如今良好的發展勢頭應該說內部是得意于學院的國際化發展戰略--學生在本科階段去日本實習,與日韓的造船高校進行了廣泛和深入的合作與交流.外部是得意于地處大連的地理位置和國際造船行業從日韓向中國轉移的大趨勢.雖然沒有交大,哈船那樣顯赫的歷史,但發展勢頭強勁,假以時日前途無量.
4 武漢理工大學
武漢理工大學的造船專業可以追溯到1946年武昌海事職業技術學校造船科,1952年院系調整時造船系被調整至上海交通大學.1958年重建,1963年交通部院系調整,大連海運學院(現大連海事大學)造船系整體搬遷至武漢,與當時的武漢水運工程學院造船系合并.80年代初至90年代中期,由于長江內河航運繁忙,武漢理工(時為武漢水運工程學院)造船系顯赫一時,可以說在民品的設計和研究方面僅次于上交.一批骨干教師在當時國內的造船界極高的聲譽.如今的武漢理工大學造船專業雖然不如當年名聲那么響亮,但是在內河市場上仍然具有統治力,在高性能船舶方面特色鮮明.雖然地處內陸,但已在華南,華東設有設計研究所.如果學校能夠更加開放,管理更加有力的話,相信重現輝煌指日可待.
5 華中科技大學
華科的造船系和別的專業相比一直都不怎么起眼,70年代建系以后鮮有什么驕傲的成績拿出手.現如今該校造船系發展偏結構比較明顯,流體這一塊繼石仲堃以后遲遲沒人接班.老師做的項目非船項目比較多,船方面的項目主要跟701所和719所合作.由于學校實力相當強,所以學生仍然比較受歡迎.其實武漢理工和華科向來互相不服,但從師資力量,學校重視程度,試驗設施等各方面來看,華科的造船稍遜一籌.
6 天津大學
天津大學的船海系隸屬于建筑工程學院,分船舶工程和海洋工程兩個方向,也是國內為數不多的搞海洋工程比較有底蘊的院校.但是建筑工程學院更牛的在港航專業,3個院士都是港航的,來招聘的單位也是港航方面的單位.天大的造船不僅在國內造船界很少被提及,在校內也不受重視.排到第六應該也是合情合理的了.
7 江蘇科技大學
雖然造船專業是該校的王牌專業,雖然曾經的鎮江船院也是國防科工委的院校,但是學校目前仍然是2本(可能江蘇省內是一本)至今尚無造船博士點.實力與前面幾所學校根本不在一個檔次,暫時位居末席.
在上述中國大學船舶與海洋工程專業排名中,排名前四的四所學校的船舶與海洋結構物設計制造均為國家級重點學科.船舶工程主要修理建造各類船舶,海洋工程主要主要從事海上采油.就業單位主要有修造船廠(如滬東中華,外高橋等),海上運輸公司(如中國遠洋),石油公司(如中海油),海事局(需要本科或研究生應屆畢業生報考國家直屬機構-海事局公務員,限應屆畢業),船級社(一般需要有船廠經驗外語好的),高校(博士或碩士學歷).
【篇三】船舶與海洋工程大學排名
船舶與海洋工程網
船舶與海洋工程網是船舶、海洋工程、海上風電領域訪問量最大、發展最快、影響力最大的行業門戶網站之一。船舶與海洋工程網致力于行業領域的船舶及海洋工程修造廠、船東、設計科研院所、海上能源開采、設備配套生產商等用戶提供及時準確高效的資訊信息服務；船舶與海洋工程網現日均訪問量突破5千人次，與國內外大型企業均有合作。
網站、EDM電子郵件是由船舶與海洋工程網、《船舶與海洋工程》雜志運營的國內領先的行業資訊科技服務平臺和鏈商經營資源整合服務網絡；根據行業和客戶的實際需求，致力于為企業提供跨平臺（紙媒、互聯網和移動）媒體服務。EDM電子直投是針對船舶與海洋工程行業內上下游、產供銷企業，采用電子直郵方式，最新市場、供需、產品、技術新聞資訊和廣告及時、快捷、直達目標客戶的新媒體形式。
EDM電子直投業務優勢發送周期：每周發送一次。每周發送3萬多封。
★由于近年來網絡數字化高速發展，電子郵件已成為工作中商務函件高效往來必不可少的溝通工具
★電子郵件直投專業性強，憑借我們多年的客戶積累精準發送到客戶手中，保證了每一次投遞的專業性；
★信息保存及可傳遞性強，根據統計，電子郵件的傳閱率是報紙、雜志等媒體的6倍以上，也就是說，相比報紙雜志媒體而言，廣告將產生6倍以上的效果；
★信息傳遞周期可以控制，由于電子郵件生產成本低，發送周期快，因此使用戶的廣告投放周期可以控制得更加科學有效，將更加有助于用戶記憶廣告主的產品和信息；★軟性廣告，避免用戶反感。由于在電子郵件中適當添加了對用戶有益的行業資訊信息，因此使加入其中的廣告信息顯得更加自然貼切，接受者也更加能夠接收廣告信息的傳遞。介紹：《船舶與海洋工程》雜志全年6期，雙月刊、每單月18號向國內外公開發行。國際刊號ISSN2224-364X本刊已形成了以航運、船廠、海洋平臺、海上油氣勘探、海上風電建造及配套企業、設計研究院所等負責人為主的讀者群。
本刊主要報道國內外船舶與海洋工程行業內的新技術、新產品、新工藝、新材料，融學術性、知識性、實踐性、新聞性于一體。為更好的服務于行業，立足于行業，為船舶與海洋工程建造企業及設計研究院所架設相互溝通的橋梁，以推廣新技術、新產品，促進學術交流和供需溝通為服務宗旨，為行業提供大量有價值的實用技術及新聞信息、是行業內高效、專業的載體。
本刊目標讀者定位明確，受眾特點分析如下：讀者群及社會地位：總經理23%、總工程師10%、高級工程師20%、技術人員9%、副總經理9%、市場部經理9%、采購經理15%、銷售部經理3%、行業學會協會2%等企業事業單位的管理者、決策者和專業技術人員，讀者群分布廣泛，行業結構專一。每份雜志的傳閱率平均保持在3人以上，是船舶與海洋工程人士必讀刊物。
《船舶與海洋工程》雜志每期發行23000冊配合船舶與海洋工程網、EDM電子郵件、手機報、快捷、精準無誤覆蓋整個行業目標讀者——是你首選的營銷方案。
行業發行比例圖
船東及航運企業
5%
6%
2%
5%
船舶及海洋工程設備配套企業船舶及海洋工程拆修企業船舶及海洋工程學會、協會船舶及海洋工程外包服務企業
29%
4%
1%
3%
43%
船舶及海洋工程建造企業船舶及海洋工程設計研究院所海上風電建造及配套企業海上能源勘探及開采企業
