Search Results - "Brendlé, Marcel"

Multiscale structure of sheet nacre by Rousseau, Marthe, Lopez, Evelyne, Stempflé, Philippe, Brendlé, Marcel, Franke, Loïc, Guette, Alain, Naslain, Roger, Bourrat, Xavier

“…This work was conducted on Pinctada maxima nacre (mother of pearl) in order to understand its multiscale ordering and the role of the organic matrix in its…”
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Tribological behaviour of nacre—Influence of the environment on the elementary wear processes by STEMPFLE, Philippe, BRENDLE, Marcel

“…Nacre (so-called mother-of-pearl) is a natural organic/inorganic nanocomposite displaying exceptional high mechanical properties to weight ratio and a good…”
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Triboreactions of graphite with moisture—a new model of triboreactor for integrating friction and wear by BRENDLE, Marcel, STEMPFLE, Philippe

“…In order to account for the influence of environment on the frictional properties of graphite, a new model of tribocontact considering the confined volume…”
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Friction Induced by Grafted Polymeric Chains by Casoli, Alain, Brendlé, Marcel, Schultz, Jacques, Auroy, Philippe, Reiter, Günter

“…We present experimental results on the friction force exerted by a network of poly(dimethylsiloxane) (PDMS) moving on a solid substrate coated with the same…”
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A general approach to discontinuous transfer films: influence of sliding speed and stick-slip phenomena by Diss, Pascal, Brendlé, Marcel

“…Material transfer is a common phenomenon in dry friction, generally associated with a change in surface topography and in frictional interactions. In previous…”
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Nanoparticle detachment: a possible link between macro- and nanotribology? by Brendlé, Marcel, Diss, Pascal, Stempflé, Philippe

“…Although particle detachment is a common phenomenon associated with most tribological processes, it seldom occurs that each piece of elemental debris can be…”
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London Dispersive Component of the Surface Free Energy and Surface Enthalpy by Park, Soo-Jin, Brendle, Marcel

“…An interpretation of the results of inverse gas chromatography, at infinite dilution, is proposed for the determination of the London or dispersive component…”
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