Revista Geologica de America Central | |
Incorporación del modelo de Landau al modelo fractal de una erupción | |
Brenes-André, José1  | |
[1] Red Ciudadana de Estaciones Meteorológicas, CR | |
关键词: Balankin; Landau; Brown; Griffith; Sequential fragmentation/transport; SFT.; | |
DOI : 10.15517/rgac.v54i0.21147 | |
学科分类:地质学 | |
来源: Universidad de Costa Rica * Editorial | |
【 摘 要 】
The Sequential Fragmentation/Transport model (SFT) is based on a macroscopic level sequential fragmentation. In Brenes & Alvarado (2013) a fractal model of an eruption is proposed based on SFT, systematizing the process via the inclusion of Hurst Coefficient. Later on, Balankin fractal fracture model is used to include microscopic level fractal fracture processes (Brenes, 2014). In the present work, Landau model for second order transformations is included, and Griffith fracture model and Eötvös rule are deduced, giving rise to by-products mathematical expressions that suggest the existence of fracture processes such as stress corrosion, dilatancy hardening, and vitrification. Lastly, some mathematical results that suggest a glass transition in magma are presented.
【 授权许可】
Unknown
【 预 览 】
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RO201904282088177ZK.pdf | 458KB | download |