Herein, 50 articles published over the past 20 years on using large eddy simulation (LES) for
the internal cooling passage of a gas turbine, especially the mid-chord ribbed channel, are …

Augmentation of heat transfer must always be judged against an additional pressure loss.
To this context, this paper explores slitted ribs on the turbulent flow and heat transfer …

Oil-free Roots blower is a type of Positive Displacement Machine used for low pressure ratio
applications. Its volumetric efficiency is dependent on the leakage of compressed gas …

The term 'conjugate heat transfer'refers to a heat transfer process involving an interaction of
heat conduction within a solid body with either of the free, forced, and mixed convection from …

Vortex generators (VGs) are passive elements that contribute to enhance the heat transfer
and produce a low pressure loss. Rectangular channels are the basic unit of many heat …

The study focuses on evaluating fully coupled conjugate heat transfer (CHT) simulation in a
ribbed cooling passage with a fully developed flow assumption using large eddy simulation …

Nucleate boiling on downward facing heating walls such as those found in IVR-ERVC and
core catcher systems of advanced LWRs is characterized by bubbles of markedly different …

Large eddy simulations are performed to analyze the conjugate heat transfer of turbulent
flow in a ribbed channel with a heat-conducting solid wall. An immersed boundary method …

Gas turbine engine has been widely applied to many heavy industries, such as marine
propulsion and aerospace fields. Increasing turbine inlet temperature is one of the major …

The heat transfer analysis coupled with fluid flow is important in many real-world application
areas varying from micro-channels to spacecraft's. Numerical prediction of thermal and fluid …