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船用柴油机涡轮增压技术发展现状 被引量:20

Development Status of Marine Diesel Engine Turbocharging Technology
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摘要 船舶动力排放与经济性法规日趋严格,推动船用柴油机涡轮增压技术向高增压、高效率和电动化等方向快速发展。本文分别从涡轮增压系统与涡轮增压器部件角度,对国内外主要船用柴油机增压技术的基本原理、主要特性、应用机型等内容进行了详细阐述,重点分析两级涡轮增压、相继增压、可变涡轮增压和机电复合涡轮增压等增压系统技术,以及高效宽域压气机和高效涡轮等增压部件技术,展望了船用柴油机增压技术发展趋势。 Regulations on emission and fuel economy of marine power system are becoming stricter,which drives the rapid development of marine diesel engine turbocharging technologies towards high turbocharging,high efficiency,and electrification.From the perspective of turbocharging systems and turbocharger components,basic principles,main characteristics and application models of domestic and foreign marine diesel engine turbocharging technologies are elaborated on.Turbocharging systems including two-stage turbocharging,sequential turbocharging,variable geometry turbocharging and electric turbocharging technologies are focused on followed by the overview of development of turbocharging components including high-efficiency,wide-range compressor and high-efficiency turbine.At last,the development trend of marine diesel turbocharging technologies is prospected.
作者 黄立 陈晓轩 李先南 张文正 王新权 黄敏 HUANG Li;CHEN Xiao-xuan;LI Xian-nan;ZHANG Wen-zheng;WANG Xin-quan;HUANG Min(Shanghai Marine Diesel Engine Research Institute,Shanghai 201108,China;School of Mechanical Engineering,Shanghai Jiaotong University,Shanghai 200240,China)
出处 《推进技术》 EI CAS CSCD 北大核心 2020年第11期2438-2449,共12页 Journal of Propulsion Technology
关键词 船用柴油机 涡轮增压系统 涡轮增压器 节能 减排 综述 Marine diesel engine Turbocharging system Turbocharger Energy saving Emission reduction Review
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  • 1GB/T3314-2006.内燃机车通用技术条件[s].
  • 2黄志杰.能源管理[M].北京:能源出版社,1984.
  • 3Klassen H A, Wood J R, Schumann L F. Experimental perform- ance of a 13. 65-centimeter-tip-diameter tandem-bladed sweptback centrifugal compressor designed for a pressure ratio of 6[ J]. 1977.
  • 4Palmer D L, Waterman W F. Design and development of an ad- vanced two-stage centrifugal compressor[J]. Journal of turbomach- inery,1995,117(2) :205 -212.
  • 5Kalogiannis M H, Leblanc A D, and Przybytkowski S M. Advanced Small High Pressure Ratio Centrifugal Compressor, AGARD - CP - 537,1994.
  • 6Oana M, Kawamoto O, Ohtani H, et al. Approach to high per- formance transonic centrifugal compressor[ J]. AIAA paper,2002, 3536.
  • 7Hayami H. Improvement of the flow range of transonic centrifugal eompressors with a low-solidity cascade diffuser[J]. ASME paper, 2000(2000 - GT) :0465.
  • 8Rodgers C. Compact diffusers for smaU transonic compressors[J]. AGARD, Technology Requirements for Small Gas Turbines 22 p (SEE N 94 -34431 10 -07) ,1994.
  • 9Rodgers C. Centrifugal compressor inducer[ J]. 1998.
  • 102002 Turbine Engine Technology brochure, http ://www. pr. afrl. af. mil/division/prt/vaate/vaate, htm.

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