To investigate the design strategy for load split (LS) and chord length ratio (CR) of highly
loaded compressor tandem cascades, the parameterization study of the tandem cascades …

The impacts of the increased hub clearance size (HCS) in the cantilevered tandem stator on
the overall performance and flow behaviors have been investigated based on numerical …

In the current study, the tandem blade technology is applied to an supersonic throughflow
fan (STFF) tandem cascade for the first time and a 2D STFF tandem cascade is preliminarily …

To improve the flow performance of tandem cascades on design and off design incidence
angle and increase the stable operation range, an optimization system for tandem cascades …

This paper aims at describing the effects of the hub leakage flow on non-axisymmetric
endwall contouring and airfoil optimization in a highly-loaded tandem vane, in order to give …

Tandem blades have often been under investigation, experimentally as well as numerically,
but most of the studies have been about tandem blade stators without tip gap. This work …

In order to maximize the pressure ratio and efficiency, compressor designers have tried
several unconventional design approaches. Tandem blading is one such unconventional …

To facilitate the low-noise design of tandem lift bodies as applied in aeroengines and
aircraft, the acoustic features of tandem blades are investigated by wind-tunnel experiments …

To investigate the design strategy of highly loaded tandem cascades at both the midspan
and endwall, the overall performance and flow mechanisms of four typical tandem cascades …

This paper describes the numerical investigation of hybrid aerofoils in a 1.5-stage low-speed
compressor, which in its baseline configuration features a conventional rotor and a tandem …