Search Results - "[PHYS.MECA.GEME]Physics [physics]/Mechanics [physics]/Mechanical engineering [physics.class-ph]"

Microstructure characterization by X-ray tomography and EBSD of porous FeCr produced by liquid metal dealloying by Mokhtari, Morgane, Le Bourlot, Christophe, Adrien, Jérome, Bonnin, Anne, Wada, Takeshi, Duchet-Rumeau, Jannick, Kato, Hidemi, Maire, Eric

“…Liquid metal dealloying is a promising technique to get nanoporous materials which are attractive for their excellent functional properties. From a…”
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Energy dissipation in non-isothermal molecular dynamics simulations of confined liquids under shear by Berro, Hassan, Fillot, Nicolas, Vergne, Philippe, Tokumasu, Takashi, Ohara, Taku, Kikugawa, Gota

“…Energy is commonly dissipated in molecular dynamics simulations by using a thermostat. In non-isothermal shear simulations of confined liquids, the choice of…”
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A molecular dynamics study of a nanoscale liquid bridge under shear by Tokumasu, Takashi, Meurisse, Marie-Helene, Fillot, Nicolas, Vergne, Philippe

“…The lubrication phenomenon occurring by shearing a nanoscale liquid bridge was simulated using the molecular dynamics method by varying the width of the liquid…”
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Rheological response of fatty alcohols in sliding elastohydrodynamic contacts by Yagi, Kazuyuki, Sugimura, Joichi, Vergne, Philippe

“…In this study, the authors investigated the appearance of anomalous film shapes in highly sliding circular contacts when fatty alcohols such as 1-decanol,…”
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A molecular dynamics study of a nanoscale liquid bridge under shear by Tokumasu, Takashi, Meurisse, Marie-Hélène, Fillot, Nicolas, Vergne, Philippe

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Fatigue pre-cracking and toughness of the Zr55Cu30Al10Ni5 bulk metallic glass for two oxygen levels by Keryvin, V., Nadot, Y., Yokoyama, Y.

“…Samples of a Zr-based bulk metallic glass with a small (1000appm) or very small (less than 300appm) oxygen content are pre-cracked by fatigue and tested for…”
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Changes in the mechanical properties of a Zr55Cu30Al10Ni5 bulk metallic glass due to heat treatments below 540 °C by Vaillant, M.L., Keryvin, V., Rouxel, T., Kawamura, Y.

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