本文提出了汽轮机零件和系统的可靠性设计方法。
This paper presents the reliability design methods of steam turbine parts and systems.
介绍了液体喷丸技术中的参数选择及在汽轮机零件表面强化中的应用。
The choice of liquid shot-peening parameter and the application to strengthen the part surface are introduced.
介绍了液体喷丸技术中参数的选择及在汽轮机零件表面强化中的应用。
The choice of liquid shot-peening parameter and the application to strengthen the part surface.
该方法包括叶片、隔板、转子、轴承的可靠性设计和汽轮机零件、部件、子系统和系统的可靠性预测。
The methods include reliability design of blades, rotors, diaphragms and bearings as well as reliability prediction of parts, components, subsystems and systems.
主汽门阀壳是大型汽轮机的关键零件。
大型零件通常是指那些在各个维度的尺寸超过一米的零件，比如蒸汽轮机的低压缸体，飞机的机翼壁板以及一些专用零件。
Large size parts generally refer to those parts with more than one meter long in each dimension, such as low-pressure cylinder of steam turbine, wing panel of plane and so on.
是冶金、能源、电力等行业用于汽轮机、发电机和重型机械等大型零件加工的理想设备。
It is ideal for steam turbine, generator and heavy duty machine tools used in industries of metallurgy, power, and energy source.
叶片是汽轮机组的关键零件之一，其型面加工质量的好坏将直接决定汽轮机组性能的优劣和效率的高低。
Blade is seen as a key part of the steam turbine. The performance and efficiency of steam turbine depend on the machining quality of blade surface.
叶片是汽轮机组的关键零件之一，其型面加工质量的好坏将直接决定汽轮机组性能的优劣和效率的高低。
Blade is seen as a key part of the steam turbine. The performance and efficiency of steam turbine depend on the machining quality of blade surface.
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