Sentence examples for hot gas path from inspiring English sources

The estimation of metal temperature is paramount to ensure an adequate life span of gas turbine hot gas path components.

Therefore, using thermal barrier coating (TBC) to protect the load carrying components in the hot gas path is inevitable.

During the operation of gas turbines, the blades and other elements of hot gas path suffer service induced degradation which may be natural or accelerated due to different causes.

A major factor to be taken into account with gas turbines using such fuels, compared with natural gas, is the potentially higher rates of hot corrosion caused by molten trace species which can be deposited on hot gas path components.

However, many of these systems experience damage related to oxidation and hot corrosion in the hot gas paths of the gas turbines.

Increasing gas turbine efficiencies, while also widening the range of potential fuels and power generation systems, is presenting a new series of challenges in terms of the oxidation and hot corrosion performance of components in gas turbine hot gas paths.

These forms of damage are related to a combination of the operating conditions of the particular gas turbine and its components together with contaminants entering the hot gas paths via the air or fuel streams.

The properties of CoNiCrAlY and ∼7 8%YSZ layers, used as thermal barrier coatings (TBC) to protect hot gas paths of power generation and aerospace gas turbines, that have been deposited through the Combustion Flame Spray (CFS) process, are assessed and compared to coatings of the same materials deposited through Atmospheric Plasma Spray (APS).

In this paper, the development requirements for materials for critical hot gas-path parts in large gas turbines burning coal-derived syngas fuels are briefly considered in the context of the state-of-the-art in materials for engines burning natural gas.

One feared phenomenon accompanying some explosive eruptions is the nuée ardente, or pyroclastic flow, a fluidized mixture of hot gas and incandescent particles that sweeps down a volcano's flanks, incinerating everything in its path.

All that makes it an inhospitable hot gas ball.