This paper is an overview of one of the most important turbo-machineries, the gas turbine
emphasizing the thermal performance and the failure analysis. It can be a pathway for …

The surface coating is a cost-effective way of fabrication of different materials that need the
preferred surface properties such as corrosion, wear, erosion, and thermal resistance …

When the aircraft turbine engine is working, gas turbine blades are exposed to mechanical
or thermal loads. Their mutual operation, especially with significant variable values …

In gas-turbine engines, temporary variation of the temperature field in the turbine inlet
causes thermal stress on the turbine components. In military engines, the afterburner is a …

The impulse mode of operation and the supply of various types of fuels causes frequent
failures even in the heavy duty gas turbines. The paper presents the ravages of second rotor …

Protective and Thermal Barrier Coatings (TBC) applied on gas-turbine blades gradually
degrade due to oxidation, aluminum depletion and impacts of environmental particles …

Recycling and upgrading of low-grade materials plays a pivotal role in building a
sustainable circular bioeconomy. The present study explored the potential of energy …

This article presents issues concerning the relationship between the degradation of the
coating of gas turbine blades and changes in the color of its surface. Conclusions were …

The detection of blade substrate crack is crucial for the safe operation of hard-coated blisk.
Due to the coating coverage, it tremendously increases the difficulty of crack size and …

Friction and wear is a common phenomenon in production and life, and it is also a problem
that cannot be eliminated. Friction has a positive side, but it also brings many problems, and …