Useful Papers on Common Envelope Evolution

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Ricker+Taam
Ricker & Taam 2008, ​ApJ 672:L41, The interaction of stellar objects within a common envelope
Ricker & Taam 2012, ​ApJ 746:74, An AMR study of the common-envelope phase of binary evolution

De Marco++
Passy et al. 2012, ​ApJ 744:52, Simulating the common envelope phase of a red giant using smoothed-particle hydrodynamics and uniform-grid codes
Staff et al. 2016a, ​MNRAS 455, 3511, Hydrodynamic simulations of the interaction between an AGB star and a main-sequence companion in eccentric orbits
Staff et al. 2016b, ​MNRAS 458, 832, Hydrodynamic simulations of the interaction between giant stars and planets
Kuruwita et al. 2016, ​MNRAS 461, 486, Considerations on the role of fall-back discs in the final stages of the common envelope binary interaction
Iaconi et al. 2017a, ​MNRAS 464, 4028, The effect of a wider initial separation on common envelope binary interaction simulations
Galaviz et al. 2017, ​ApJS 229:36, Common envelope light curves. I. Grid-code module calibration
Iaconi et al. 2017b, ​arXiv:1706.09786v1, The effect of binding energy and resolution in numerical simulations of the common envelope binary interaction

Ohlmann++
Ohlmann et al. 2016a, ​ApJ 816:L9, Hydrodynamic moving-mesh simulations of the common envelope phase in binary stellar systems
Ohlmann et al. 2016b, ​MNRAS 462:L121, Magnetic field amplification during the common envelope phase
Ohlmann et al. 2017, ​A&A 599, A5, Constructing stable 3D hydrodynamical models of giant stars

MacLeod++
MacLeod & Ramirez-Ruiz 2015a, ​ApJ 798:L19, On the accretion-fed growth of neutron stars during common envelope
MacLeod & Ramirez-Ruiz 2015b, ​ApJ 803:41, Asymmetric accretion flows within a common envelope
MacLeod et al. 2017a, ​ApJ 835:282, Lessons from the Onset of a Common Envelope Episode: the Remarkable M31 2015 Luminous Red Nova Outburst
MacLeod et al. 2017b, ​ApJ 838:56, Common envelope wind tunnel: coefficients of drag and accretion in a simplified context for studying flows around objects embedded within stellar envelopes
Murguia-Berthier et al. 2017, ​arXiv:1705:04698v1, Accretion disk assembly during common envelope evolution: implications for feedback and LIGO binary black hole formation

Ivanova++
Ivanova et al. 2013a, ​A&ARv 21, 59 Common envelope evolution: where we stand and how we can move forward
Ivanova et al. 2013b, ​Science 339, 433 Identification of the long-sought common-envelope events
Nandez et al. 2014, ​ApJ 786, 39, V1309 Sco—Understanding a merger
Ivanova et al. 2015, ​MNRAS 447, 2181 On the role of recombination in common envelope ejections
Nandez et al. 2015, ​MNRAS 450, L39, Recombination energy in double white dwarf formation
Nandez & Ivanova 2016, ​MNRAS 460, 3992 Common envelope events with low-mass giants: understanding the energy budget
Ivanova & Nandez 2016, ​MNRAS 462, 362 Common envelope events with low-mass giants: understanding the transition to the slow spiral-in

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