This review presents an approach to traditional and advanced modeling, simulation, and
analysis techniques in the context of thermal barrier coatings (TBCs), augmented by AI …

Determination of the heat transfer coefficient (HTC) distribution is important during the
design and operation of many devices in microelectronics, construction, the car industry …

Conventional gas turbine blades often face corrosion and oxidation at high temperatures.
For resolving these problems, another way in addition to the cooling ducts is selecting …

Temperature of burned gases is a key parameter in output works of gas turbines.
Nevertheless, high temperatures cause metallurgical problems in the turbine parts, specially …

The efficiency of the Bryton cycle strongly depends on the maximum temperature of the
cycle. However, restrictions on metallurgical problems deprive engineers from the benefit of …

Based on the establishment of the original and improved models of the turbine blade, a
thermal-fluid-solid coupling method and a finite element method were employed to analyze …

Prediction of the stress distribution on a 3D turbine blade coated with thermal barrier
coatings (TBCs) plays a key role in analyzing the failure of TBCs. In this work, a 3D finite …

In this paper, the effects of Thermal Barrier Coating (TBC) thickness on temperature and
stress distribution over the blade body are investigated. TBC acts like an insulation layer that …

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 …

Thermal barrier coatings (TBCs) are deposited on the turbine blade to reduce the
temperature of underlying substrate, as well as providing protection against the oxidation …