Full aerodynamic data in an axial flow turbine cascade have been measured for squealer
tips in the entire ranges of tip gap (h) and squealer height (h st). The results show that as h …

The investigation and study on the characteristics of the flow and wall heat transfer on the
squealer tip is of vital importance to the safe and durable operation of a turbine rotor. The …

Optimization of vacuum cleaner fan components is a low-cost and time-saving solution to
satisfy the increasing requirement for compact energy-efficient cleaners. In this study …

Serpentine channels are a common feature seen in heat ex-changer geometries. For
example, they are present in midchord regions of gas turbine blades to prevent material …

Understanding the mechanisms of leakage flow control and heat load distribution is
important in optimizing the structure of cavity tips in gas turbines. This paper investigates the …

To optimize the inclined rim design, multi-objective optimization was numerically conducted
on the suction-side rim of the squealer tip in the GE-E3 rotor blade. The RANS equations …

The thermal efficiency of gas turbine engines has become increasingly critical over the years
for better fuel efficiency and improved specific power. Temperatures of the first-stage turbine …

Enhancing the performance of turbomachines has been a longstanding area of interest, with
numerous geometry modification methods proposed in the literature. One such method …

The gas turbine blade tip poses as one of the most challenging areas for blade cooling,
primarily due to its intricate three-dimensional flow characteristics, which make it one of the …

This study aimed to optimize the secondary flow injection from an axial gas turbine casing.
For this purpose, the ANSYS-CFX software was used to simulate GE-E3 turbines that …