Titlebook: Analytical Molecular Dynamics of Amorphous Condensed Matter; Thermal and Non-equi José Joaquim Costa Cruz Pinto,José Reinas dos Sant Textbo

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SpringerBriefs in Public Healthent of an . (ETG). Very wide ranges of timescales, much beyond those accessible via experiments and molecular dynamics simulations, may be handled by the theory with simple mathematics and very fast computations.

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https://doi.org/10.1007/978-1-349-04707-9y- and temperature-dependent .. The chapter then concentrates on showing that (1) CTMD yields the same classical approximate . even ., (2) predicts . whatsoever ., (3) allows a . of the behavior of amorphous condensed matter, and (4) provides a simple quantitative ..

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Paul Bairoch,Maurice Lévy-Leboyer., (7) the potential to explain and quantify the ., . and . of amorphous condensed matter, and (8) the extent to which the . and the . behavior may be explained. Various specific required theoretical characteristics and capabilities of fruitful theories are also discussed in a final section.

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Diatribe

0933-033X opment of a new analytical modeling approach to the dynamicsThe book provides a detailed quantitative study and characterization of the physics of the thermal and viscoelastic behavior of mainly amorphous materials, and addresses a readership of both undergraduate (Part I and the two first chapters

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Equilibrium (ETG) and Non-equilibrium (NETG) Thermodynamic Theory of Glasses of a future development of an equilibrium (ETG) and non-equilibrium (NETG) thermodynamic theory of glasses. These may hold the key to the question of the existence or not of a thermodynamic glass transition temperature.