High-performance aeroengine design is an important component of modern industry, and
advanced sealing technology is a key technology to meet the engine fuel consumption rate …

To predict the service life of clutch sleeve, major reasons for the change of clearance
between the clutch sleeve and shell in service period are analysed. A mathematical model …

Tooth bending damage resulting from an intense impact by the rotor sometimes occurs in
the transient operation. To investigate the influence of after-damage clearance and tooth …

To achieve higher aerodynamic performance, turbine usually works at tight clearance, which
results in inevitable rub between the rotor and stator parts of labyrinth seal due to vibrations …

耐磨损抗腐蚀等优点的热塑性材料迷宫密封可以有效降低泄漏量, 但关于大压差下的泄漏特性
研究相对较少. 考虑大压差下密封环变形与流场的相互作用, 建立三维双向流固耦合模型 …

Mechanical seals, such as labyrinth seals, are typically installed at the turbine outlets to
prevent oil leakage. However, these seals undergo deformation because of the vibrations of …

Labyrinth seals with abradable metallic honeycomb structures are common in gas turbines
to ensure a tight sealing between rotor and stator. These seals have a big impact on the …

为了分析某风电齿轮箱内迷宫密封各参数对泄漏量的影响, 利用数值模拟和构建代理模型对迷宫
密封的泄漏行为开展了研究. 首先, 根据风电齿轮箱三维实体模型构建了其迷宫密封三维流场 …

The helical-labyrinth seal (HLS) can reduce rub between labyrinth teeth and rotor during the
rotor vibration because the helical teeth on the stator and steps (or teeth) on the rotor are …

Labyrinth seals are widely applied in turbo machines because of their geometrical simplicity,
convenient installation, reliable operation and excellent sealing performance. However, in …