siesta_force.f90 File Reference

Contains the siesta_force module. More...

Go to the source code of this file.

Modules
module	siesta_force
	Compute the JxB - Grad(p) covariant force components. The plasma is in equilibrium when the force of the magnetic pressure balances the plasma pressure.

Functions/Subroutines
subroutine	siesta_force::update_force
	Update MHD forces on full radial mesh. More...
subroutine	siesta_force::incfields (jbsupsmnh, jbsupumnh, jbsupvmnh, jpmnh,
	Compute nonlinear or linearized contravariant magnetic field components and pressure in real space. More...
subroutine	siesta_force::lorentz (bsupsijf, bsupuijf, bsupvijf,
	Compute covariant (sub) real-space components of the Lorentz K X B force. More...
subroutine	siesta_force::getmhdforce (fsubsmnf, fsubumnf, fsubvmnf, pijh,
	Compute covariant (sub) components of the MHD force J X B - grad(p). More...
subroutine	siesta_force::initpardamping (parscale, pardamp)
	Compute scaling factors for parallel flow damping. More...
subroutine	siesta_force::get_force_harmonics (pardamp, f_smnf, f_umnf, f_vmnf, pa
	Final computation of the MHD covariant Fourier force components. More...
subroutine	siesta_force::addpardamping (pardamp, f_smnf, f_umnf, f_vmnf,
	Add parallel flow damping terms to forces (for Hessian calculation) to suppress null space at resonances. More...

Detailed Description

Contains the siesta_force module.

Definition in file siesta_force.f90.