Natbib - how do I sort citations chronologically (i.e. by year) while references are sorted alphabetically in the bibliography?

I’m trying to have citations in chronological order (by year), through natbib.sty

I’m getting the Output

Maulik et al (2020a); Albert et al (2020a); Maulik et al (2020b); McKeon &
Sharma (2010)

I need the output like below

McKeon & Sharma (2010); Albert et al (2020a); Maulik et al (2020a,2020b)

how to get the citation order by year through natbib?

here is the MWE

documentclass{book}%%INTcrop, INTpagegrid
usepackage[authoryear,sort&compress]{natbib}

begin{document}

section{Introduction}label{isect1}

noindent citet{Maulik2020a,Maulik2020b,McKeon and Sharma2010,Albert2020a}

medskip

noindent citet{Maulik2020a,Maulik2020b,McKeon and Sharma2010,Albert2020a}


medskip

noindent textit{Fluid big data}, i.e. high resolution data in both space and time, have been accumulated in the fluid dynamics community thanks to the recent progress in numerical simulations, e.g. direct numerical simulation (DNS) and large eddy simulation (LES), and experimental techniques, e.g. particle




begin{thebibliography}{}
bibitem[Maulik textit{et al} (2020a)]{Maulik2020a}
Maulik R, Fukami K, Ramachandra N, Fukagata K and Taira K 2020a Probabilistic neural networks for fluid flow surrogate modeling and data recovery arXiv:2005.04271 [physics.flu-dyn]


bibitem[Albert textit{et al} (2020a)]{Albert2020}
Albert 2020a Probabilistic neural networks for fluid flow surrogate modeling and data recovery arXiv:2005.04271 [physics.flu-dyn]


bibitem[Maulik textit{et al} (2020b)]{Maulik2020b}
Maulik R, Egele R, Lusch B and Balaprakash P 2020b Recurrent neural network architecture search for geophysical emulation textit{arXiv:2004.10928} [physics.comp-ph]

bibitem[McKeon & Sharma (2010)]{McKeon and Sharma2010}
McKeon B J and Sharma A S 2010 A critical-layer framework for turbulent pipe flow textit{J. Fluid Mech.} textbf{658} 336---382

bibitem[Morimoto textit{et al} (1997)]{Morimoto2020}
Morimoto M, Fukami K and Fukagata K 2020 Experimental velocity data estimation for imperfect particle images using machine learning textit{arXiv:2005.00756} [physics.flu-dyn]

end{thebibliography}

end{document}