Rheology of Glass - Stanciu, Ioana
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The book entitled "Rheology of Glass" is structured into three chapters: soft glassy rheology, rheology of hard glassy materials, and rheology of deformation of glass under extreme conditions. Chapter 1 includes the subchapters: introduction, rheology, constitutive properties, step strain, linearity, behavior of the linear response function, creep compliance, viscoelastic spectra, steady state response (the flow curve), aging, the SGR model, constitutive equation, tensorial SGR model, rheological properties without aging, rheological aging (imposed strain, linear response, nonlinear response),…mehr

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Produktbeschreibung
The book entitled "Rheology of Glass" is structured into three chapters: soft glassy rheology, rheology of hard glassy materials, and rheology of deformation of glass under extreme conditions. Chapter 1 includes the subchapters: introduction, rheology, constitutive properties, step strain, linearity, behavior of the linear response function, creep compliance, viscoelastic spectra, steady state response (the flow curve), aging, the SGR model, constitutive equation, tensorial SGR model, rheological properties without aging, rheological aging (imposed strain, linear response, nonlinear response), rheological aging (imposed stress, linear response, nonlinear response), and discussion and conclusion. Chapter 2 includes the subchapters: introduction, nonaffine elastoplastic model, free energy of deformation, evolution of connectivity with strain, stress-strain relation, strain-dependent modulus, rate-dependent relaxation time, results and comparison, and conclusion.
Autorenporträt
Dr Stanciu obtained her PhD degree in Chemistry in 2008, focusing on the study of mineral oil polymer additives. Since 2005, she has participated in numerous national and international conference. Also, she has published papers in both national and international journals, primarily on the study of multi-grade oils, canola oils, and sunflower oil.