The actual operation of turbomachinery is inevitably affected by multi-source uncertainties.
Such uncertainties are detrimental to the performance and reliability of energy systems …

Engine design heavily relies on numerical simulation of engine environments, which greatly
accelerates the design iteration and increases efficiency. Nonetheless, for a long time, the …

To investigate the influence of real leading-edge manufacturing error on aerodynamic
performance of high subsonic compressor blades, a family of leading-edge manufacturing …

Performance evaluations for propellers operating at high altitudes are subject to increased
uncertainty due to scarce experimental or flight data and difficulties in modeling low …

Inevitable geometric variations significantly affect the performance of turbines or even that of
entire engines; thus, it is necessary to determine their actual characteristics and accurately …

An equivalent model using Taylor expansion (TEEM) is proposed for a fleet of engines
regulated by the industrial baseline controller, aiming at the fast assessment of in-service …

Uncertainties, which exist widely in the design of aerospace systems, have a great impact on
system response and may lead to design failures. Both the probability and non-probability …

The aim of the current paper is the robust optimization of an internally cooled gas turbine
vane by increasing the cooling performance and decreasing the sensitivity of the …

In the present study, the effect of physical and operational uncertainties on the
hydrodynamic and hemocompatibility characteristics of a centrifugal blood pump designed …

It is essential for engineering manufacture and robust design to evaluate the impact of
manufacturing variability on the aerodynamics of compressor blades efficiently and …