Abstract The Co-free AlCrFeNi HEA has good application prospects for its simple duplex
BCC phase structure and attractive mechanical properties. In this work, influences of Ti on …

Ceramic-based solid particles have recently attracted substantial interest as a thermal
transport medium in high-temperature energy storage and thermal energy conversion …

The erosive wear encountered in some industrial processes results in economic loss and
even disastrous consequences. Hitherto, the mechanism of the erosive wear is not clear …

Next generation concentrating solar power (CSP) plants that use solid particles as the heat
transfer and storage medium provide opportunities for higher temperature operation, higher …

Robust metal oxide particles can provide low-cost and stable thermal energy storage (TES)
to temperatures up to 1200∘ C or higher. The transfer of heat into and out of the particles in …

The TiC coating is considered to be one of the most promising coatings for resisting erosion
and wear in oil extraction system components due to its good comprehensive performance …

This study investigated parametrically the erosive wear behavior of AISI 1015 and 304 steel
in different environmental conditions. The erosive wear tests were designed according to the …

Introduction: The present study has demonstrated the effect of short jute fiber on physical,
mechanical and erosion wear performance of PLA based composite. Problem Statement: An …

Solid particles represent an attractive heat transfer and energy storage media for next
generation solar thermal power facilities for their ability to operate at high temperatures …

As a promising working medium for thermal transportation, nitrate-based molten salts are
widely adopted for current concentrating solar power (CSP) plants. However, their corrosive …