Numerical simulations combined with approximate theory for short (N=3) and long (N≫1) inertial active chains yield expressions for bond lengths and angles that match simulations, plus stability conditions and instability regimes.
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Dynamics and stability of inertial flexible chains under follower activity
Numerical simulations combined with approximate theory for short (N=3) and long (N≫1) inertial active chains yield expressions for bond lengths and angles that match simulations, plus stability conditions and instability regimes.