Fuel flowrate control system and fuel thermal management are very important for
aeroengine and the overall aircraft, and it has been researched for several decades. This …

The main objective of this paper is to model and analyze the thermodynamic performance of
a hybrid system consisting of steam turbine (ST), gas turbine (GT) and solid oxide fuel cell …

Reliability and efficiency of the aero-engine thermal management system (ATMS) is of great
importance to ensure the required working condition. Conventional methods on modeling …

The multi-stage continuous-resistance trim (MSCRT) is widely utilized in gas turbine
combined-cycles (GTCC), acting as an indispensable throttling component used for …

Control valves are widely used to regulate fluid flux in nuclear power plants, and there are
more than 1500 control valves in the primary circuit of one nuclear power plant. With their …

The ever-growing concerns about global warming and the rapid depletion of fossil fuels
have triggered a rising interest in the research for cleaner, more efficient, and cost-effective …

To address the issues of liquid waste, environmental pollution, and health hazards
associated with traditional pre-mixing techniques, a sprayer direct injection in-line mixing …

To address the control accuracy of large fuel flowrate during pressure fluctuation, a novel
electro-hydraulic fuel metering unit (FMU) is constructed for afterburner fuel system of …

Fuel flow rate is the most important and most used control parameter for aero engines and it
is assured by a device called the fuel control unit (FCU). To investigate factors that …

We analyzed the flow characteristics of a control valve in a secondary heating network and
combined the optimization of the valve core structure with a method to solve the actual …