Gas turbine transient simulation is an important tool in analysing engine performance during
changes in operating conditions. This paper provides a comprehensive review of the …

Blade tip clearance is one of the important parameters affecting the performance, safety and
stability of a gas turbine engine. However, it is difficult to measure the tip clearance in real …

Designing assembly relationship during operation always involves the analyses of many
components and multi-discipline interaction, and seriously influences the reliability and work …

Turbine blade tip clearance is one of the significant factors that influence turbine efficiency,
Specific Fuel Consumption (SFC), Exhaust Gas Temperature (EGT), and emissions …

To investigate the dynamic characteristics of the three-dimensional blade tip clearance (3D-
BTC) of rotary blade cracks, a novel dynamic model of the rotary blade crack with regard to …

AS turbine blade tip sealing for axial turbines has been a major concern in aircraft engine
design due to the direct correlation between effective sealing and turbomachinery efficiency …

Blade tip clearance (BTC) measurement is an essential technology in turbomachinery health
monitoring so as to enhance efficiency and reliability as well as to ensure timely …

Because of the randomness of many impact factors influencing the dynamic assembly
relationship of complex machinery, the reliability analysis of dynamic assembly relationship …

The low-fidelity simulation method cannot meet the requirements for predicting the
performance of an adaptive cycle engine (ACE), especially when considering tip clearance …

Active control of turbine blade tip clearance continues to be a concern in design and control
of gas turbines. Ever increasing demands for improved efficiency and higher operating …