"It is a material with an extremely low coefficient of thermal expansion over an unprecedentedly wide temperature range," says Cao. This remarkable temperature behavior has to do with the fact ...

"It is a material with an extremely low coefficient of thermal expansion over an unprecedentedly wide temperature range," says Yili Cao. This remarkable temperature behaviour has to do with the ...

“It is a material with an extremely low coefficient of thermal expansion over an unprecedentedly wide temperature range,” says Yili Cao. This remarkable temperature behaviour has to do with the fact ...

The pavilion highlights Tata Steel’s initiatives in advanced manufacturing, infrastructure development for green industries at the Gopalpur Industrial Park, features and expansion plans for ...

New parametric model of steel ladle. The working layer is the temperature load bearing object ... and expansion pressure is generated between the various parts of the ladle due to different thermal ...

Nippon Steel's acquisition of U.S. Steel faces obstacles due to political dynamics and national security concerns, as its bid aligns with Trump's economic goals but was blocked by Biden. The deal's ...

This model achieved a coefficient of determination (R²) of 0.916 and demonstrated a high hit ratio for temperature predictions, indicating its effectiveness in controlling molten steel ...

(Courtesy: M Dove and L Li/Matter) The anomalous and ultra-low thermal expansion of cordierite results from the interplay between lattice vibrations and the elastic properties of the material. That is ...