燃气透平

海洋平台燃气透平电站的选型设计

Design Selection of Offshore Gas Turbine Main Power Station

准确预测燃气透平叶片的热负荷及温度分布，对于透平叶片冷却设计和冷却效率评价、提高安全性和持久性都很重要。

Accurate prediction of heat loading and temperature distribution of gas turbine vanes is important to the design of highly efficient cooling scheme and the evaluation of cooling efficiency , which can increase the security and durability .

超微燃气透平非接触式密封的三维CFD数值分析

Three-Dimensional CFD Analyses of Non-Contacting Gas Seal for Ultra-Micro Gas Turbine

其中，采用天然气CO2转化化学回热回收较高温度的燃气透平排气热量，采用氨吸收制冷循环回收较低温度的排气热量，并利用制冷循环产生冷量作CO2循环压气机进气冷却。

In which , the waste heat from the turbine exhaust is recovered to drive CO_2 / NG reformer , and the lower temperature heat is provided with the ammonia absorption refrigeration cycle to generate chilled media used for cooling the turbine inlet gas .

燃气透平弯扭静叶的设计方法

The design method for bowing and twisting blade in gas turbine

蒸汽及燃气透平内部真实气体流动问题的研究

Investigation of Real Gas Flows Within Steam and Gas Turbines

燃气透平末级叶片及扩压器的联合优化

Combined optimization of last stage and diffuser for gas turbine

具有弯扭叶片的燃气透平正问题计算方法

A direct-problem calculation method for gas turbines with bowed and twisted blades

燃气透平稳态全工况特性通用模型

Gas turbine steady-state design and off-design characteristic general model

燃气透平气固双向耦合湍流场中叶片冲蚀的数值模拟

Numerical simulation of blade erosion in particle-laden gas turbine in two-way-coupling turbulent field

工质加湿对燃气透平性能的影响分析

Study on the Effect of Moisture Addition to Working Media in Gas Turbines

微型燃气透平热电冷联产技术应用的可行性

Feasibility analysis of combined supply of heat , cold and power with micro-gas turbine

某双级跨音速燃气透平全三元粘性流场的数值分析

Numerical Simulation of Full Three-Dimensional Viscous Flow Field in a Multi-Stage Transonic Gas Turbine

低压高负荷燃气透平叶片边界层分离转捩数值模拟与流动控制

Numerical Simulation and Control of Separated Transition Flows in High-lift Low-pressure Gas Turbine Cascade

采用燃气透平疆动工艺空气压缩机；

Process Air Compressor driven by Gas Turbine ;

燃气透平叶片冲蚀的数值模拟与试验研究的发展

The Development of Numerical Simulation and Experimental Research in Blade Erosion of Gas Turbin

燃气透平粘性湍流场中颗粒运动的真实性分析

The analysis of realty of particles motion in a viscous-turbulent flow field of gas turbine

自由活塞燃气透平自由活塞式燃气轮机

Free piston gas turbine

应用数值方法研究了燃气透平动叶顶部凹槽对动叶气动性能及叶顶传热的影响。

Effects of squealer tips on blade aerodynamic performances and tip heat transfer in a gas turbine were investigated .

他们所使用的氦气透平技术主要基于现在的重工业燃气透平技术和航空发动机技术。

The helium gas turbine methodologies adopted by them are mainly based on the developed heavy duty industrial and aviation gas turbine technology .

采用燃气透平可达节能之目的，关键在于燃气透平发电系统需与现有设备相匹配；

Gas turbines can be used for this purpose . The key problem lies in the selection of gas turbine power generation system which must match the existing equipment .

介绍天然气联合循环发电技术进展的概述和燃气透平、余热回收锅炉、蒸汽透平及循环发电机组的最新研究开发成果。

A general description of technical progress of NG CC power generation and the latest research and development achievements in gas turbine , heat recovery steam boiler , steam turbine , and CC generator groups are reported .

考虑到蒸汽透平中的湿蒸汽与燃气透平中的高温变比热比燃气，其性质都与完全气体模型有很大的偏离，建立了可用于数值分析中描述湿蒸汽及变比热比燃气的真实气体模型。

Considering the departure from perfect gas for wet steam inside steam turbine and high temperature gas with variable specific heat ratio inside gas turbine , a kind of method which can describe the real gas properties of wet steam and high temperature gas was constructed .

其次建立了对于优化设计中选用燃气透平的方案进行二次优化的数学模型，并针对具体案例进行优化设计，最终得到了更加符合实际的优化设计方案。

Secondly , as to the optimizing design scheme which selected gas turbine , the mathematical model of quadratic optimization was established . The model was applied to design a practical steam power system in a petrochemical industry . The results showed that a more practical optimization design was obtained .

选择燃料气利用率和燃烧室附加燃料流量作为燃气轮机透平初温的控制量。

The fuel utilization and fuel flowrate to combustor were chosen to control the turbine inlet temperature .

本文以某型燃气轮机透平第一级叶片的二次空气系统为研究对象。

In this thesis , the first stage secondary air network system of a gas turbine is studied .

涡轮叶栅损失模型研究及其在列车电站燃气轮机透平中的应用小型燃气轮机为动力的辅机电站技术

Study and Utilization of Train-Borne Power Station Turbine Blade Loss Technicality of Auxiliary Power Unit Using Micro & gas Turbine Engine for Power

燃气轮机透平冷却计算分析准确预测燃气轮机性能对先进热力循环、联产系统分析评价具有重要意义。

Cooling turbine calculation of gas turbineAccurate prediction of gas turbine performance plays an important role in advanced thermal cycle and coproduction system analysis and evaluation .

根据燃气轮机透平叶片冷却的实际情况，引入并完善叶片冷却的计算模型，并采用文献报道的数据验证计算模型的正确性。

Based on the gas turbine blade 's practical cooling condition , a blade cooling computation model is introduced and perfected , and its validity is verified using reported data .

微型燃气轮机向心透平性能试验装置与测量系统

A Performance Test Rig and its Measuring System for Centripetal Turbines of Micro-Gas - Turbines