... 燃气涡轮机车 gas turbineelectric locomotive ; GTEL 燃气涡轮机船 gas turbine ship 柴油燃气涡轮 CODAG ...
基于94个网页-相关网页
... gas turbine ship 燃气轮机船 gas turbine ship 燃气轮机船舶 gas turbine ship 燃气轮机船燃气轮机船舶 ...
基于32个网页-相关网页
... 加长型列车组 extended trainset 汽车列车组合 drawbar combination 燃气轮机船燃气轮机船舶 gas turbine ship ...
基于1个网页-相关网页
diesel-gas turbine ship 柴油机燃气轮机船
all-gas-turbine ship 全燃气轮机船
gas turbine ship detail 燃气轮机船燃气轮机船舶
diesel-gas-turbine ship 柴油机燃气轮机船
gas-turbine ship 燃气轮机船
The mathematic model of gas turbine engine is important for the development of ship power and its control system. The key of modeling is the precision and convergence.
建立燃气轮机数学模型是船舶动力及其控制系统研制的重要手段，建模的关键在于提高精度和收敛速度。
Strength analysis was performed on the hoisting and installation track system for the gas turbine of a ship.
以某船为研究背景，进行了燃气轮机吊装轨道的强度分析研究。
Gas turbine engines are widely used in the fields of air, ground and ship, so it is much of importance to assess engine performance and diagnose its faults.
燃气涡轮发动机在航空、地面和舰船上有着广泛的应用，对其进行性能评估和故障诊断有着重大的现实意义。
应用推荐