556 research outputs found
Conjunto de datos de: Excitonic Origin of the Optical Properties of CsPbBr3
No full textThese data corresponds to the raw data used for the publication Excitonic Origin of the Optical Properties of CsPbBr3 by Daniel L. Gau (a), Daniel Ramírez (b), Gonzalo Riveros (b), Patricia Díaz (b), Javier Verdugo (b), Gerard Núñez (b), Susy Lizama (b), Pamela Lazo (b), Enrique, A. Dalchiele (a), Ricardo E. Marotti (a,*).
* Corresponding Author. E-mail: [email protected]
(a) Facultad de Ingeniería, Instituto de Física, Universidad de la República, Herrera y Reissig 565, C.C. 30, 11000 Montevideo, Uruguay.
(b) Instituto de Química y Bioquímica, Facultad de Ciencias, Universidad de Valparaíso, Avenida Gran Bretaña 1111, Playa Ancha, Valparaíso, Chile
Of Restoring Compliance, Lex Specialis and Intersecting Wrongs: the Question of ‘Remedies’ in Gabčíkovo-Nagymaros
No full textLoris Marotti and Paolo Palchetti discuss the innovative and case-specific treatment of remedies in Gabčíkovo-Nagymaros, which explains the case’s relatively limited influence specifically as regards the consequences of internationally wrongful acts. At the same time, the Court’s approach finds an echo in the flexibility of the rules on reparation adopted in the framework of the ilc codification exercise
A constitutive model of coupled thermoelasticity with plasticity
No full textIt is well-known that the classical linear theory of heat conduction, based on Fourier's law for the thermal flux, predicts that a thermal effects at a point of a body is felt instantly at other points of the body. Therefore in past years several alternative theories of heat conduction have been proposed. In this paper we consider the non-classical theory of thermoelasticity developed by Green and Naghdi (1977) which incorporates the approach based on Fourier's law (referred to as type I), the theory without energy dissipation (type II) and a theory which allows finite wave propagation as well as energy dissipation (type III). Contributions on the Green and Naghdi (GN) approach can be found, among others, in Bargmann and Steinmann (2006) and references therein.
An analytical treatment of coupled thermoelastic problems is complex so that the development of alternative methods of analysis turns out to be important. Accordingly variational formulations of such problems can be of great interest from a theoretical point of view and from a computational
standpoint since they are the foundation to develop mixed finite elements.
In the present paper we treat the non-classical thermoelastic problem following the GN model of type II. The purpose of the contribution is to provide a constitutive model of thermoelasticity coupled with plasticity suitable to formulate variational formulations (see e.g. Marotti de Sciarra, 2009 for nonlocal problems) in order to consistently derive a finite element approach and the related algorithmic procedure.
The coupled thermoelastic model with plasticity is formulated in a geometrically linear range and is based on the internal variable theories of inelastic behaviours of associative type
Laboratory and well-history based predictions of productivity decline due to oilfield scaling: analytical modelling and field study
No full text2009 APPEA Conference, Darwin, Northern Territory, May 31-June 3, 2009T. Carageorgos, M. Marotti, R. Monteiro and P. Bedrikovetsk
L’accordo tra l’Unione europea e la Turchia per la gestione dei flussi migratori: cronaca di una morte annunciata?
No full textAnalyse juridique de l’accord UE-Turquie autour de trois axes : la forme, le contenu, et l’effectivité
No full textAnalyse juridique de l’accord UE-Turquie autour de trois axes : la forme, le contenu, et l’effectivité
No full textEsaurimento dei ricorsi interni e controversie in materia di interpretazione e applicazione della Convenzione sul diritto del mare : riflessioni a margine del caso M/V “Norstar”
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