• CN:11-2187/TH
  • ISSN:0577-6686

›› 2006, Vol. 42 ›› Issue (4): 218-221.

• 论文 • 上一篇    下一篇

液力偶合器输入特性曲线变换及工程应用

王永生;王绍增;丁江明   

  1. 海军工程大学船舶与动力学院
  • 发布日期:2006-04-15

TRANSFORMATION OF INPUT CHARACTERISTIC OF FLUID COUPLING AND THEIR ENGINEERING APPLICATIONS

WANG Yongsheng;WANG Shaozeng;DING Jiangming   

  1. College of Naval Architecture and Power, Naval University of Engineering
  • Published:2006-04-15

摘要: 研讨了液力偶合器输入特性曲线和其他5种形式特性曲线的变换方法和步骤,重点分析了这些特性曲线在舰船推进装置稳、动态特性研究和快速性计算中的各类应用。论述了开展本研究工作的目的,提出稳态、动态特性仿真法,快速性逆向计算法和快速性顺向计算法需要三种不同类型的特性曲线。由液力偶合器的输入特性,运用不同作图法,绘制出其他5种形式特性曲线。对归属为3种类型6种不同形式的特性曲线的工程应用和优缺点做了小结。

关键词: 动态特性, 舰船, 快速性, 输入特性, 推进装置, 稳态特性, 液力偶合器

Abstract: The input characteristic of fluid coupling, and the transforming methods from the input characteristic to its five other forms of characteristic curves and their drafting steps are studied, and all kinds of their applications in research on steady-state and dynamic property of marine propulsion plant and calculation of speed and powering of ship are extensively explored. The purpose of study is stated and it is pointed out that an approach of simulation of steady-state and dynamic property and approaches of forward and backward calculations of speed and powering of ship demand three different kinds of characteristic curves. The drawing methods with different steps for the five other forms of characteristic curves from the input characteristic of fluid coupling are introduced. The applications of above six characteristic curves of fluid coupling in three kinds and their merits and demerits are summarized.

Key words: Rapidity, Steady-state property, Dynamic property, Fluid coupling, Input characteristic, Marine propulsion plant, Ship

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