Asteroseismology of Kepler Algol type oscillating eclipsing binaries
Alexios Liakos

TL;DR
This study combines light curve modeling, spectroscopy, and asteroseismic analysis to characterize four Kepler-detected Algol-type eclipsing binaries with delta Scuti pulsators, expanding the understanding of such systems and their pulsation properties.
Contribution
It provides detailed pulsational and physical parameters for four new oscillating eclipsing binaries, enriching the limited sample of known systems and comparing observations with theoretical models.
Findings
All systems contain delta Scuti pulsators of the oEA type.
KIC 11175495 hosts the youngest and fastest pulsating star in such binaries.
Multiple pulsation frequencies, including over 200 combinations, were detected.
Abstract
Context. This research paper contains light curve modelling, spectroscopy and detailed asteroseismic studies for four out of five in total semidetached eclipsing binaries with a delta Scuti component, that have been detected to date through Kepler mission, namely KIC 06669809, KIC 10581918, KIC 10619109 and KIC 11175495. Aims. The goal is to study the pulsational characteristics of the oscillating stars of the systems as well as to estimate their absolute parameters and enrich the so far poor sample of this kind of systems. Methods. Ground based spectroscopic observations provide the means to estimate the spectral types of the primary components and to model the light curves with higher certainty. The photometric data are analysed using eclipsing binary modeling techniques, while Fourier analysis is applied on their residuals in order to reveal the pulsation frequency modes.…
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