R-modes of a rotating neutron star are unstable because of the emission of gravitational radiation. We explore the saturation amplitudes of these modes determined by nonlinear mode-mode coupling. Modelling the star as incompressible allows the analytic computation of the coupling coefficients. All couplings up to n=30 are obtained, and analytic values for the shear damping and mode normalization are presented. In a subsequent paper we perform numerical simulations of a large set of coupled modes
Rossby waves (r-modes) in rapidly rotating neutron stars are unstable because of the emission of gra...
We model the nonlinear saturation of the r-mode instability via three-mode couplings and the effects...
Rotating neutron stars have modes that are driven unstable by gravitational radiation reaction, prin...
R-modes of a rotating neutron star are unstable because of the emission of gravitational radiation. ...
R-modes of a rotating neutron star are unstable because of the emission of gravitational radiation. ...
Nonlinear interactions among the inertial modes of a rotating fluid can be described by a network of...
Nonlinear interactions among the inertial modes of a rotating fluid can be described by a network of...
The r-modes of neutron stars can be driven unstable by gravitational radiation. While linear perturb...
Two mechanisms for nonlinear mode saturation of the r mode in neutron stars have been suggested: the...
Nonlinear evolution of the gravitational radiation (GR) driven instability in the r-modes of neutron...
The evolution of a neutron-star $r$-mode driven unstable by gravitational radiation is studied here ...
We develop the formalism required to study the nonlinear interaction of modes in rotating Newtonian ...
We develop the formalism required to study the nonlinear interaction of modes in rotating Newtonian ...
We develop the formalism required to study the nonlinear interaction of modes in rotating Newtonian ...
Rotating neutron stars have modes that are driven unstable by gravitational radiation reaction, prin...
Rossby waves (r-modes) in rapidly rotating neutron stars are unstable because of the emission of gra...
We model the nonlinear saturation of the r-mode instability via three-mode couplings and the effects...
Rotating neutron stars have modes that are driven unstable by gravitational radiation reaction, prin...
R-modes of a rotating neutron star are unstable because of the emission of gravitational radiation. ...
R-modes of a rotating neutron star are unstable because of the emission of gravitational radiation. ...
Nonlinear interactions among the inertial modes of a rotating fluid can be described by a network of...
Nonlinear interactions among the inertial modes of a rotating fluid can be described by a network of...
The r-modes of neutron stars can be driven unstable by gravitational radiation. While linear perturb...
Two mechanisms for nonlinear mode saturation of the r mode in neutron stars have been suggested: the...
Nonlinear evolution of the gravitational radiation (GR) driven instability in the r-modes of neutron...
The evolution of a neutron-star $r$-mode driven unstable by gravitational radiation is studied here ...
We develop the formalism required to study the nonlinear interaction of modes in rotating Newtonian ...
We develop the formalism required to study the nonlinear interaction of modes in rotating Newtonian ...
We develop the formalism required to study the nonlinear interaction of modes in rotating Newtonian ...
Rotating neutron stars have modes that are driven unstable by gravitational radiation reaction, prin...
Rossby waves (r-modes) in rapidly rotating neutron stars are unstable because of the emission of gra...
We model the nonlinear saturation of the r-mode instability via three-mode couplings and the effects...
Rotating neutron stars have modes that are driven unstable by gravitational radiation reaction, prin...