The universal calculation and analysis of the fault equations for a marine gas turbine with twin-shaft gas-generator 船用三轴燃气轮机故障方程的通用计算及分析
Three-dimensional viscous numerical investigations on the overall aerodynamic performance of transonic axial-flow compressors The Numeration of compressor performance based on the experience equations for a marine gas turbine with twin-shaft gas-generator 跨声速轴流压气机特性全三维黏性流动分析基于经验方程的船用三轴燃气轮机压气机特性计算
An engineering example of marine gas turbine rotor is applied to the verification of the provided model. 文中给出了一个验证性算例和一个工程实例。
The Numeration of compressor performance based on the experience equations for a marine gas turbine with twin-shaft gas-generator 基于经验方程的船用三轴燃气轮机压气机特性计算
A simulation model of a marine gas turbine is established by using a modeling method based on component characteristics. 利用部件级建模法建立了某型船用燃气轮机的仿真模型;
Feasibility Study of an IC ( Intercooled Cycle) Marine Gas Turbine IC循环船用燃气轮机的可行性研究
Numerical Models and Calculation of a Marine Gas Turbine Exhaust Cooling System 燃气轮机排气引射冷却系统的数学模型及其计算
The flow and heat transfer models of a marine gas turbine exhaust cooling system were established, and the numerical method were presented for the solution of the models. 建立了舰船燃气轮机排气引射冷却系统的流动传热数学模型,并用数值方法对其进行计算。
Optimal control of a marine gas turbine propulsion system 航机舰用燃气轮机推进系统的最优控制
Flow Analysis of Marine Gas Turbine Exhaust System with Infrared Signature Suppression Device 船用燃气轮机排气红外抑制装置的流动分析
The Optimization of Designed Performance of Plate Fin Regenerator for Marine Gas Turbine 船用燃气轮机板翅式回热器设计性能的优化
Inlet Flow Field Study of Marine Gas Turbine 船用燃气轮机进气流场研究
Usually the experimental method was used for the design of marine gas turbine inlet air filter. 船用燃气轮机的进气过滤器的设计,通常采用实验筛选的方法。
Research on CFD in Marine Gas Turbine Inlet Air Filtration System 船用燃气轮机进气过滤系统的计算流体力学(CFD)研究
Three stages of technical application and development for aeroengine and marine gas turbine: aluminized coating, thermal diffusion barrier coating, thermal barrier coating are introduced. The viewpoints of necessity for researching the thermal barrier coating are put forward. 论述了航空发动机、舰用燃机防护涂层技术应用与发展的3个阶段:铝化物涂层、热扩散障涂层、热障涂层,并对研制热障涂层的必要性提出了看法。
An Experimental Study on Marine Gas Turbine Combustion Chamber Wall Temperatures 舰船燃气轮机燃烧室壁温试验研究
Application of Fuzzy Control Theory in Marine Gas Turbine 模糊控制理论在舰用燃气轮机控制系统中的应用探讨
Plasma ignition technique for engine is a new pattern technique, at the present only Ukraine have used this technique in marine gas turbine and the ground gas turbine to increase the reliability of retrofires and extend the concentration limit of retrofires. 发动机等离子点火技术是一门新兴技术,目前只有乌克兰将该技术应用到了舰船燃气轮机和地面燃气轮机上,使发动机的点火可靠性和点火的浓度极限得到了极大的提高。
The flow and thermal fields within the infrared signature suppression ( IRSS) device of a marine gas turbine exhaust system were investigated numerically. 采用数值计算方法对舰船排气系统红外抑制装置内的湍流场和温度场进行了研究。
Study and application of ultra short exhaust induction equipment for high speed marine gas turbine 高速舰用燃气轮机超短型排气引射装置的研究与应用
A new type of exhaust ejector for marine gas turbine is designed. 设计了一种新型船用燃气轮机排气引射器。
High-power marine gas turbine has been the trends of marine power plant now. 大功率船用燃气轮机是当前船舶动力装置的发展趋势。
Based on the traditional design theory, the design method and procedure of marine gas turbine intercooler system are established. 在传统的设计理论基础上,确立了燃气轮机间冷系统的热力计算方法和步骤,利用此方法对间冷系统进行优化设计。
Marine gas turbine inlet system is composed of inlet volute and gas-water separators, the structure and the aerodynamics performance of which is one of the important aspects when the gas turbine is installed on ship. 船用燃气轮机进气系统包括进气蜗壳和进气滤清器,其结构和和气动性能是燃气轮机装船技术研究的一个重要方向。
Plate-fin heat exchanger is the preferred form of marine gas turbine intercooling heat exchanger. 板翅式换热器是舰载燃气轮机首选换热器形式。
On this basis, the structure design of marine gas turbine intercooler has been carried out in this paper. 在此基础上,本文借鉴了成熟机型WR-21燃气轮机间冷器的设计经验,对间冷器进行了初步的结构设计。
Marine gas turbine exhaust ejector is used widely as a simply and highly efficient device for cooling equipment. 船舶燃气轮机排气引射装置是既简单又高效的冷却设备,因而得到了越来越广泛的应用。
Intake filtration unit is one of the most important component of the marine power system, whose aerodynamic performance directly determines the cycle efficiency of the marine gas turbine. 进气滤清设备是船舶动力系统的重要组成部分,其气动性能直接决定着船舶燃气轮机循环效率。
Marine gas turbine can significantly enhance the power performance of the warships. 燃气轮机舰用的应用前景非常广阔,舰载燃气轮机能够显著的提升战舰的动力性能。