The present paper aims to establish a systematic robust optimization framework for the
hydrodynamic performance of marine current turbines against uncertain conditions. To this …

This paper investigates the global sensitivity of high-pressure-turbine (HPT) first stage
cascades aerothermal characteristics and blade cooling performance under the influence of …

Local pressure drop and viscous losses due to the tip-clearance flow are key factors in the
performance degradation of axial-flow hydraulic machinery. To deepen insight into the …

The present study is set out to systematically investigate the combined impact of operational,
geometrical, and model uncertainties on the hemodynamics and performance …

The objective existence of uncertain operating conditions can cause significant variations in
the aerodynamic performance of turbomachinery. This study presents a comprehensive …

In this paper, the force decomposition method (FDM) is proposed for decomposing the
pressure forces acting on the immersed body. The major improvement in FDM is the …

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

In fluid analysis, there has been a long-standing problem: lacking a rigorous mathematical
tool to map from a continuous flow field to finite discrete particles, hurdling the Lagrangian …

With increasing aerodynamic and thermal loads, film cooling has been a popular technology
integrated into the design of the modern gas turbine vane endwall, especially for the first …

To ensure the durability and reliability of gas turbine, film cooling has been integrated into
the design of the modern gas turbine vane endwall, especially for the first-stage vane …