Despite of huge effort performed in the literature encompassing the concept of hybrid solid
oxide fuel cell–gas turbine (SOFC-GT), the economic and environmental superiority of this …

Calculation of transient temperature fields is widely used in engineering application and is
also very crucial. Nevertheless, the existing methods for the prediction of complex transient …

Adiabatic effectiveness (η) is the most important parameter for evaluating film cooling
capacity. For turbine blades, it is usually based on the scaling criteria to achieve the …

In the present study, the effects of flight-Mach number, flight altitude, fuel types, and intake
air temperature on thrust specific fuel consumption, thrust, intake air mass flow rate, thermal …

Efficient and accurate prediction of the flow field in turbomachinery is vital for tasks such as
optimization and off-design modeling. Deep learning methods offer inspiring tools for flow …

The film superposition method is an important tool in the design of film cooling structures.
The method can quickly predict the temperature at the film cooling surface and reduce the …

In the current design work, turbine performance requirements are getting higher and higher,
and turbine blade design needs multiple rounds of iterative optimization. Three-dimensional …

Accurately and rapidly predicting the multi-conditions characteristics of turbines is
fundamental for realizing efficient energy conversion and optimal layout schemes. Based on …

In order to investigate the cooling mechanism of the turbine blade and to enrich and
supplement the experimental study of the blade, a numerical study of a steam-cooled blade …

The double-wall configuration, characterized by its notable overall cooling effectiveness,
serves as a pivotal reference configuration in the design of next-generation turbine blades …