The development of high-temperature, oxidation-resistant coatings needs to be thoroughly studied owing to the metal loss incurred from short-or long-term exposure to high temperatures before final processing. Particularly, short-term exposure (intermittent heating or soaking or other heat treatment schedules) always produces often unwanted scales, which cause problems in subsequent metal working, loss of metal or further necessary pickling, etc. Studies the performance of some slurry-based coatings with regard to the protection of metals during shortterm exposure to high temperatures
Service performance of metals and alloys at elevated temperatures is generally governed by creep a...
High temperature oxidation of metallic alloys is a complex phenomenon involving multiple processes, ...
High temperature protective coatings, mostly metal-based, are widely utilized for protecting key com...
The current technologies for high temperature protective coating based on composite systems, such as...
Many components operating at high temperatures need additional protection to resist the aggressive e...
This research document aims to deepen the understanding of slurry coatings as an effective barrier ...
Tutorialpg. 179-188High temperature coatings are used for protecting the high temperature turbine co...
Coatings are mandatory to protect hot components in turboengines and energy producing systems. The m...
It is a well-known fact that degradation of materials due to phenomena such as oxidation, corrosion...
High temperature components such as moving and stationary blades of jet engines and gas turbines, co...
Bakalářská práce pojednává o způsobech ochrany tepelně namáhaných kovových materiálů před korozí, a ...
Molten nitrates can be employed as heat storage fluids in solar concentration power plants. However ...
The effect of various dipping times, temperatures, and diffusion treatments was determined for tanta...
Describes the high temperature erosion-corrosion behaviour of industrial thermal sprayed coatings
In this paper, different factors determining high temperature corrosion in simple and complex atmosp...
Service performance of metals and alloys at elevated temperatures is generally governed by creep a...
High temperature oxidation of metallic alloys is a complex phenomenon involving multiple processes, ...
High temperature protective coatings, mostly metal-based, are widely utilized for protecting key com...
The current technologies for high temperature protective coating based on composite systems, such as...
Many components operating at high temperatures need additional protection to resist the aggressive e...
This research document aims to deepen the understanding of slurry coatings as an effective barrier ...
Tutorialpg. 179-188High temperature coatings are used for protecting the high temperature turbine co...
Coatings are mandatory to protect hot components in turboengines and energy producing systems. The m...
It is a well-known fact that degradation of materials due to phenomena such as oxidation, corrosion...
High temperature components such as moving and stationary blades of jet engines and gas turbines, co...
Bakalářská práce pojednává o způsobech ochrany tepelně namáhaných kovových materiálů před korozí, a ...
Molten nitrates can be employed as heat storage fluids in solar concentration power plants. However ...
The effect of various dipping times, temperatures, and diffusion treatments was determined for tanta...
Describes the high temperature erosion-corrosion behaviour of industrial thermal sprayed coatings
In this paper, different factors determining high temperature corrosion in simple and complex atmosp...
Service performance of metals and alloys at elevated temperatures is generally governed by creep a...
High temperature oxidation of metallic alloys is a complex phenomenon involving multiple processes, ...
High temperature protective coatings, mostly metal-based, are widely utilized for protecting key com...