Oxygen, $\alpha$-element and iron abundance distributions in the inner   part of the Galactic thin disc. II
  We have derived the abundances of 36 chemical elements in one Cepheid star, ASAS 181024--2049.6, located R$_{\rm G}= 2.53$ kpc from the Galactic center. This star falls within a region of the inner thin disc poorly sampled in Cepheids. Our spectral analysis shows that iron, magnesium, silicon, calcium and titanium LTE abundances in that star support the presence of a plateau-like abundance distribution in the thin disc within 5 kpc of the Galactic center, as previously suggested by \cite{Maret15}. If confirmed, the flattening of the abundance gradient within that region could be the result of a decrease in the star formation rate due to dynamic effects, possibly from the central Galactic bar. 
S.M. Andrievsky, R.P. Martin, V.V. Kovtyukh, S.A. Korotin and J.R.D.   L\'epine
astro-ph.GA