Abstract: Liquid-fuel regenerative cooling is a promising turbine cooling technology. We developed a numerical model of heat transfer coupled with oxidation deposition in a rotatory channel for regenerative cooling applications. ...

Abstract: Heavy fuel oil (HFO) is an economical fuel alternative for power generation as its low production cost and high energy density. However, its incomplete combustion induced by the presence of long-chain petroleum molecules ...

Abstract: Abstract. Air–fuel heat exchange technology is expected to solve the cooling dilemma encountered by advanced gas turbines. Understanding the long-term trends of heat transfer and fuel deposition behavior is crucial for the ...