Tomás Baenas
University of Alicante
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Publication
Featured researches published by Tomás Baenas.
Pure and Applied Geophysics | 2016
Alberto Escapa; José M. Ferrándiz; Tomás Baenas; Juan Getino; Juan F. Navarro; Santiago Belda Palazón
The complexity of the modeling of the rotational motion of the Earth in space has produced that no single theory has been adopted to describe it in full. Hence, it is customary using at least a theory for precession and another one for nutation. The classic approach proceeds by deriving some of the fundamental parameters from the precession theory, like, e.g., the dynamical ellipticity
Astronomy and Astrophysics | 2017
Alberto Escapa; Juan Getino; José M. Ferrándiz; Tomás Baenas
The Astronomical Journal | 2017
Tomás Baenas; José M. Ferrándiz; Alberto Escapa; Juan Getino; Juan F. Navarro
H_{\mathrm{d}}
Solar Energy | 2017
Ya Brigitte Assoa; Luigi Mongibello; Anna Carr; Bernhard Kubicek; Maider Machado; Jens Merten; Siwanand Misara; F. Roca; Wendelin Sprenger; Martin Wagner; S. Zamini; Tomás Baenas; Philippe Malbranche
Energy and Buildings | 2017
Tomás Baenas; Maider Machado
Hd, and then using those values in the nutation theory. The former IAU 1976 precession and IAU 1980 nutation theories followed that scheme. Along with the improvement of the accuracy of the determination of Earth orientation parameters, IAU 1980 was superseded by IAU2000, based on the application of the MHB2000 transfer function to the previous rigid Earth analytical theory REN2000. The latter was derived while the precession model IAU 1976 was still in force, therefore it used the corresponding values for some of the fundamental parameters, as the precession rate, associated to the dynamical ellipticity. The new precession model P03 was adopted as IAU 2006. That change introduced some inconsistency since P03 used different values for some of the fundamental parameters that MHB2000 inherited from REN2000. Besides, the derivation of the basic Earth parameters of MHB2000 itself comprised a fitted variation of the dynamical ellipticity adopted in the background rigid theory. Due to the strict requirements of accuracy of the present and coming times, the magnitude of the inconsistencies originated by this twofold approach is no longer negligible as earlier, hence the need of discussing the effects of considering slightly different values for
Boletin De La Sociedad Espanola De Ceramica Y Vidrio | 2010
Tomás Baenas; Maider Machado
Memorias del Programa de Redes-I3CE de calidad, innovación e investigación en docencia universitaria: Convocatoria 2016-17, 2017, ISBN 978-84-697-6536-4, págs. 2380-2394 | 2017
Fernando García-Castaño; Tomás Baenas; Santiago Belda Palazón; Luis García; David Garcia-Garcia; María del Carmen Martínez Belda
H_\mathrm{d}
Memorias del Programa de Redes-I3CE de calidad, innovación e investigación en docencia universitaria: Convocatoria 2016-17, 2017, ISBN 978-84-697-6536-4, págs. 1262-1274 | 2017
María Isabel Vigo Aguiar; María del Carmen Martínez Belda; María Dolores Sempere Beneyto; Tomás Baenas; Santiago Belda Palazón; José Manuel Ferrándiz Leal; Mario Trottini
International Journal of Non-linear Mechanics | 2017
Tomás Baenas; Alberto Escapa; José M. Ferrándiz; Juan Getino
Hd in precession and nutation theories.
XIV Jornadas de Redes de Investigación en Docencia Universitaria: Investigación, innovación y enseñanza universitaria: enfoques pluridisciplinares, 2016, ISBN 978-84-608-7976-3, págs. 2555-2568 | 2016
María Isabel Vigo Aguiar; María Dolores Sempere Beneyto; María del Carmen Martínez Belda; Tomás Baenas; Santiago Belda Palazón; José Manuel Ferrándiz Leal
This work has been partially supported by the Spanish projects I+D+I AYA2010-22039-C02-02 and AYA2016-79775-P (AEI/FEDER, UE).
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