38 citations · 85 across the 4 of their papers we have counts for
4 papers
Magnetic Braking of Accreting T Tauri Stars II: Torque Formulation Spanning Spin-Up and Spin-Down Regimes
Lewis G. Ireland, Sean P. Matt, Claudio Zanni
The magnetic interaction between a classical T Tauri star and its surrounding accretion disk is thought to influence its rotational evolution. We use 2.5D magnetohydrodynamic, axis…
Effect of Differential Rotation on Magnetic Braking of Low-Mass and Solar-Like Stars: A Proof-of-Concept Study
Lewis G. Ireland, Sean P. Matt, Charlie R. Davey +4
On the main sequence, low-mass and solar-like stars are observed to spin-down over time, and magnetized stellar winds are thought to be predominantly responsible for this significa…
Magnetic braking of accreting T Tauri stars: Effects of mass accretion rate, rotation, and dipolar field strength
Lewis G. Ireland, Claudio Zanni, Sean P. Matt +1
The rotational evolution of accreting pre-main-sequence stars is influenced by its magnetic interaction with its surrounding circumstellar disk. Using the PLUTO code, we perform 2.…
The Radius and Entropy of a Magnetized, Rotating Fully-convective Star: Analysis With Depth-dependent Mixing Length Theories
Lewis G. Ireland, Matthew K. Browning
Some low-mass stars appear to have larger radii than predicted by standard 1D structure models; prior work has suggested that inefficient convective heat transport, due to rotation…