newmarkRoutinesModule.f90 File Reference

Subroutines for dynamic simulation based on Newmark time integration. More...

Modules
module	newmarkroutinesmodule
	Module with subroutines for dynamic simulation in the time domain.

Functions/Subroutines
subroutine	newmarkroutinesmodule::predictvelacc (sys, motions, iopAlg, ierr)
	Starts a time step by computing predicted velocity and acceleration. More...
subroutine	newmarkroutinesmodule::incvelacc (sys)
	Increment the system velocity- and acceleration vectors. More...
subroutine	newmarkroutinesmodule::updatemechanism (sys, mech, ierr, newVelocities, updateCTI)
	Updates all mechanism objects. More...
subroutine, private	newmarkroutinesmodule::predictandupdate (sam, sys, mech, iopAlg, ierr)
	Updates mechanism based on predicted velocity and acceleration. More...
subroutine	newmarkroutinesmodule::incandupdate (sam, sys, mech, delta, useTotalInc, ierr)
	Updates mechanism based on corrected velocity and acceleration. More...
subroutine	newmarkroutinesmodule::newmarkint (sam, sys, mech, ctrl, alpha, extRhs, iop, NewmarkFlag, resFileFormat, lpu, ierr)
	Advances the dynamics solution one step forward. More...
subroutine	maxitermessage (msgCode, action)
	Prints a message when the max number of iterations is reached. More...
subroutine	cutback (reduceStepSize)
	Resets the current time and time step in case of cut-back. More...

Detailed Description

Subroutines for dynamic simulation based on Newmark time integration.

Function/Subroutine Documentation

cutback()

subroutine newmarkint::cutback

(

logical, intent(in)

reduceStepSize

)

Resets the current time and time step in case of cut-back.

maxitermessage()

subroutine newmarkint::maxitermessage	(	integer, intent(in)	msgCode,
		character(len=*), intent(in)	action
	)

Prints a message when the max number of iterations is reached.