Collaboration diagram for m_fstr::fstr_solid:

Data Fields
integer(kind=kint)	file_type

integer(kind=kint)	statictype

integer(kind=kint)	nstep_tot

type(step_info), dimension(:), pointer	step_ctrl =>null()
	step information More...

type(t_output_ctrl), dimension(:), pointer	output_ctrl =>null()
	output information More...

integer(kind=kint)	boundary_ngrp_tot
	BOUNDARY. More...

integer(kind=kint), dimension(:), pointer	boundary_ngrp_grpid =>null()

integer(kind=kint), dimension(:), pointer	boundary_ngrp_id =>null()

integer(kind=kint), dimension(:), pointer	boundary_ngrp_type =>null()

integer(kind=kint), dimension(:), pointer	boundary_ngrp_amp =>null()

real(kind=kreal), dimension(:), pointer	boundary_ngrp_val =>null()

integer(kind=kint), dimension(:), pointer	boundary_ngrp_istot =>null()

integer(kind=kint)	boundary_ngrp_rot
	number of rotational boundary conditions More...

integer(kind=kint), dimension(:), pointer	boundary_ngrp_rotid =>null()

integer(kind=kint), dimension(:), pointer	boundary_ngrp_centerid =>null()

integer(kind=kint)	velocity_type
	VELOCITY. More...

integer(kind=kint)	velocity_ngrp_tot
	Following velocity boundary condition. More...

integer(kind=kint), dimension(:), pointer	velocity_ngrp_grpid =>null()

integer(kind=kint), dimension(:), pointer	velocity_ngrp_id =>null()

integer(kind=kint), dimension(:), pointer	velocity_ngrp_type =>null()

integer(kind=kint), dimension(:), pointer	velocity_ngrp_amp =>null()

real(kind=kreal), dimension(:), pointer	velocity_ngrp_val =>null()

integer(kind=kint)	acceleration_type
	ACCELERATION. More...

integer(kind=kint)	acceleration_ngrp_tot
	Following accelerate boundary condition. More...

integer(kind=kint), dimension(:), pointer	acceleration_ngrp_grpid =>null()

integer(kind=kint), dimension(:), pointer	acceleration_ngrp_id =>null()

integer(kind=kint), dimension(:), pointer	acceleration_ngrp_type =>null()

integer(kind=kint), dimension(:), pointer	acceleration_ngrp_amp =>null()

real(kind=kreal), dimension(:), pointer	acceleration_ngrp_val =>null()

integer(kind=kint)	cload_ngrp_tot
	CLOAD. More...

integer(kind=kint), dimension(:), pointer	cload_ngrp_grpid =>null()

integer(kind=kint), dimension(:), pointer	cload_ngrp_id

integer(kind=kint), dimension(:), pointer	cload_ngrp_dof

integer(kind=kint), dimension(:), pointer	cload_ngrp_amp

real(kind=kreal), dimension(:), pointer	cload_ngrp_val

integer(kind=kint)	cload_ngrp_rot
	number of torque load conditions More...

integer(kind=kint), dimension(:), pointer	cload_ngrp_rotid =>null()

integer(kind=kint), dimension(:), pointer	cload_ngrp_centerid =>null()

integer(kind=kint)	dload_ngrp_tot
	DLOAD. More...

integer(kind=kint)	dload_follow

integer(kind=kint), dimension(:), pointer	dload_ngrp_grpid =>null()

integer(kind=kint), dimension(:), pointer	dload_ngrp_id

integer(kind=kint), dimension(:), pointer	dload_ngrp_lid

integer(kind=kint), dimension(:), pointer	dload_ngrp_amp

real(kind=kreal), dimension(:,:), pointer	dload_ngrp_params

integer(kind=kint)	temp_ngrp_tot
	TEMPERATURE. More...

integer(kind=kint)	temp_irres

integer(kind=kint)	temp_tstep

integer(kind=kint)	temp_interval

integer(kind=kint)	temp_rtype

real(kind=kreal)	temp_factor

integer(kind=kint), dimension(:), pointer	temp_ngrp_grpid =>null()

integer(kind=kint), dimension(:), pointer	temp_ngrp_id

real(kind=kreal), dimension(:), pointer	temp_ngrp_val

integer(kind=kint)	spring_ngrp_tot
	SPRING. More...

integer(kind=kint), dimension(:), pointer	spring_ngrp_grpid =>null()

integer(kind=kint), dimension(:), pointer	spring_ngrp_id

integer(kind=kint), dimension(:), pointer	spring_ngrp_dof

integer(kind=kint), dimension(:), pointer	spring_ngrp_amp

real(kind=kreal), dimension(:), pointer	spring_ngrp_val

integer(kind=kint)	couple_ngrp_tot
	for couple analysis More...

integer(kind=kint), dimension(:), pointer	couple_ngrp_id

integer(kind=kint)	maxn_gauss
	VALUE. More...

real(kind=kreal), dimension(:), pointer	stress
	nodal stress More...

real(kind=kreal), dimension(:), pointer	strain
	nodal strain More...

real(kind=kreal), dimension(:), pointer	mises
	nodal MISES More...

real(kind=kreal), dimension(:), pointer	pstress
	nodal principal stress More...

real(kind=kreal), dimension(:), pointer	pstrain
	nodal principal strain More...

real(kind=kreal), dimension(:,:), pointer	pstress_vect
	nodal principal stress vector More...

real(kind=kreal), dimension(:,:), pointer	pstrain_vect
	nodal principal strain vector More...

real(kind=kreal), dimension(:), pointer	estress
	elemental stress More...

real(kind=kreal), dimension(:), pointer	estrain
	elemental strain More...

real(kind=kreal), dimension(:), pointer	emises
	elemental MISES More...

real(kind=kreal), dimension(:), pointer	epstress
	elemental principal stress More...

real(kind=kreal), dimension(:), pointer	epstrain
	elemental principal strain More...

real(kind=kreal), dimension(:,:), pointer	epstress_vect
	elemental principal stress vector More...

real(kind=kreal), dimension(:,:), pointer	epstrain_vect
	elemental principal strain vector More...

real(kind=kreal), dimension(:), pointer	tnstrain
	thermal nodal strain More...

real(kind=kreal), dimension(:), pointer	testrain
	thermal elemental strain More...

real(kind=kreal), dimension(:), pointer	yield_ratio
	yield ratio More...

real(kind=kreal), dimension(:), pointer	enqm
	elemental NQM More...

real(kind=kreal), dimension(:), pointer	reaction
	reaction_force More...

real(kind=kreal), dimension(:), pointer	cont_nforce
	contact normal force for output More...

real(kind=kreal), dimension(:), pointer	cont_fric
	contact friction force for output More...

real(kind=kreal), dimension(:), pointer	cont_relvel
	contact ralative velocity for output More...

real(kind=kreal), dimension(:), pointer	cont_state
	contact state for output More...

integer(kind=kint), dimension(:), pointer	cont_sgrp_id
	contact element surf ids for output More...

real(kind=kreal), dimension(:), pointer	cont_area
	contact area More...

real(kind=kreal), dimension(:), pointer	cont_ntrac
	contact normal traction force for output More...

real(kind=kreal), dimension(:), pointer	cont_ftrac
	contact friction traction force for output More...

real(kind=kreal), dimension(:), pointer	embed_nforce
	embed force for output More...

type(fstr_solid_physic_val), pointer	solid =>null()
	for solid physical value stracture More...

type(fstr_solid_physic_val), pointer	shell =>null()
	for shell physical value stracture More...

type(fstr_solid_physic_val), pointer	beam =>null()
	for beam physical value stracture More...

integer(kind=kint)	restart_nout
	ANALYSIS CONTROL for NLGEOM. More...

integer(kind=kint)	restart_nin
	input number of restart More...

type(step_info)	step_ctrl_restart
	step information for restart More...

integer(kind=kint)	max_lyr
	maximum num of layer More...

integer(kind=kint)	is_33shell

integer(kind=kint)	is_33beam

integer(kind=kint)	is_heat

integer(kind=kint)	max_ncon_stf
	maximum num of stiffness matrix size More...

integer(kind=kint)	max_ncon
	maximum num of element connectivity More...

integer(kind=kint), dimension(:), pointer	is_rot => null()

integer(kind=kint)	elemopt361

logical	is_smoothing_active

real(kind=kreal), dimension(2)	factor
	factor of incrementation 1:time t 2: time t+dt More...

integer(kind=kint), dimension(10)	nrstat_i
	for increment control More...

real(kind=kreal), dimension(10)	nrstat_r
	statistics of newton iteration (real) More...

integer(kind=kint)	autoinc_stat
	status of auto-increment control More...

integer(kind=kint)	cutback_stat
	status of cutback control More...

real(kind=kreal), dimension(:), pointer	gl
	external force More...

real(kind=kreal), dimension(:), pointer	gl0
	external force More...

real(kind=kreal), dimension(:), pointer	eforce
	external force More...

real(kind=kreal), dimension(:), pointer	qforce
	equivalent nodal force More...

real(kind=kreal), dimension(:), pointer	qforce_bak
	equivalent nodal force at the beginning of curr step More...

real(kind=kreal), dimension(:), pointer	unode => null()
	disp at the beginning of curr step More...

real(kind=kreal), dimension(:), pointer	unode_bak => null()
	disp at the beginning of curr step More...

real(kind=kreal), dimension(:), pointer	dunode => null()
	curr total disp More...

real(kind=kreal), dimension(:), pointer	ddunode => null()
	=hecMESHX, disp increment More...

real(kind=kreal), dimension(:), pointer	temperature => null()
	=temperature More...

real(kind=kreal), dimension(:), pointer	temp_bak => null()

real(kind=kreal), dimension(:), pointer	last_temp => null()

type(telement), dimension(:), pointer	elements =>null()
	elements information More...

type(tmaterial), dimension(:), pointer	materials =>null()
	material properties More...

integer	n_contacts
	number of contact conditions More...

type(tcontact), dimension(:), pointer	contacts =>null()
	contact information More...

integer	n_embeds
	number of embed conditions More...

type(tcontact), dimension(:), pointer	embeds =>null()
	contact information More...

integer	n_fix_mpc
	number mpc conditions user defined More...

real(kind=kreal), dimension(:), pointer	mpc_const =>null()
	bakeup of hecmwST_mpcmpc_const More...

type(tsection), dimension(:), pointer	sections =>null()
	definition of section referred by elements(i)sectionID More...

real(kind=kreal), dimension(:), pointer	unode_bkup => null()
	disp at the beginning of curr step (backup) More...

real(kind=kreal), dimension(:), pointer	qforce_bkup => null()
	equivalent nodal force (backup) More...

real(kind=kreal), dimension(:), pointer	last_temp_bkup => null()

type(telement), dimension(:), pointer	elements_bkup =>null()
	elements information (backup) More...

type(tcontact), dimension(:), pointer	contacts_bkup =>null()
	contact information (backup) More...

type(tcontact), dimension(:), pointer	embeds_bkup =>null()
	contact information (backup) More...

Detailed Description

Definition at line 238 of file m_fstr.f90.

Field Documentation

◆ acceleration_ngrp_amp

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::acceleration_ngrp_amp =>null()

Definition at line 273 of file m_fstr.f90.

◆ acceleration_ngrp_grpid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::acceleration_ngrp_grpid =>null()

Definition at line 270 of file m_fstr.f90.

◆ acceleration_ngrp_id

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::acceleration_ngrp_id =>null()

Definition at line 271 of file m_fstr.f90.

◆ acceleration_ngrp_tot

integer(kind=kint) m_fstr::fstr_solid::acceleration_ngrp_tot

Following accelerate boundary condition.

Definition at line 269 of file m_fstr.f90.

◆ acceleration_ngrp_type

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::acceleration_ngrp_type =>null()

Definition at line 272 of file m_fstr.f90.

◆ acceleration_ngrp_val

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::acceleration_ngrp_val =>null()

Definition at line 274 of file m_fstr.f90.

◆ acceleration_type

integer(kind=kint) m_fstr::fstr_solid::acceleration_type

ACCELERATION.

Definition at line 268 of file m_fstr.f90.

◆ autoinc_stat

integer(kind=kint) m_fstr::fstr_solid::autoinc_stat

status of auto-increment control

Definition at line 383 of file m_fstr.f90.

◆ beam

type(fstr_solid_physic_val), pointer m_fstr::fstr_solid::beam =>null()

for beam physical value stracture

Definition at line 360 of file m_fstr.f90.

◆ boundary_ngrp_amp

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::boundary_ngrp_amp =>null()

Definition at line 251 of file m_fstr.f90.

◆ boundary_ngrp_centerid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::boundary_ngrp_centerid =>null()

Definition at line 256 of file m_fstr.f90.

◆ boundary_ngrp_grpid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::boundary_ngrp_grpid =>null()

Definition at line 248 of file m_fstr.f90.

◆ boundary_ngrp_id

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::boundary_ngrp_id =>null()

Definition at line 249 of file m_fstr.f90.

◆ boundary_ngrp_istot

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::boundary_ngrp_istot =>null()

Definition at line 253 of file m_fstr.f90.

◆ boundary_ngrp_rot

integer(kind=kint) m_fstr::fstr_solid::boundary_ngrp_rot

number of rotational boundary conditions

Definition at line 254 of file m_fstr.f90.

◆ boundary_ngrp_rotid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::boundary_ngrp_rotid =>null()

Definition at line 255 of file m_fstr.f90.

◆ boundary_ngrp_tot

integer(kind=kint) m_fstr::fstr_solid::boundary_ngrp_tot

BOUNDARY.

Following boundary conditions

Definition at line 247 of file m_fstr.f90.

◆ boundary_ngrp_type

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::boundary_ngrp_type =>null()

Definition at line 250 of file m_fstr.f90.

◆ boundary_ngrp_val

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::boundary_ngrp_val =>null()

Definition at line 252 of file m_fstr.f90.

◆ cload_ngrp_amp

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::cload_ngrp_amp

Definition at line 281 of file m_fstr.f90.

◆ cload_ngrp_centerid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::cload_ngrp_centerid =>null()

Definition at line 285 of file m_fstr.f90.

◆ cload_ngrp_dof

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::cload_ngrp_dof

Definition at line 280 of file m_fstr.f90.

◆ cload_ngrp_grpid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::cload_ngrp_grpid =>null()

Definition at line 278 of file m_fstr.f90.

◆ cload_ngrp_id

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::cload_ngrp_id

Definition at line 279 of file m_fstr.f90.

◆ cload_ngrp_rot

integer(kind=kint) m_fstr::fstr_solid::cload_ngrp_rot

number of torque load conditions

Definition at line 283 of file m_fstr.f90.

◆ cload_ngrp_rotid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::cload_ngrp_rotid =>null()

Definition at line 284 of file m_fstr.f90.

◆ cload_ngrp_tot

integer(kind=kint) m_fstr::fstr_solid::cload_ngrp_tot

CLOAD.

Following concetrated external load

Definition at line 277 of file m_fstr.f90.

◆ cload_ngrp_val

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::cload_ngrp_val

Definition at line 282 of file m_fstr.f90.

◆ cont_area

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::cont_area

contact area

Definition at line 353 of file m_fstr.f90.

◆ cont_fric

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::cont_fric

contact friction force for output

Definition at line 349 of file m_fstr.f90.

◆ cont_ftrac

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::cont_ftrac

contact friction traction force for output

Definition at line 355 of file m_fstr.f90.

◆ cont_nforce

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::cont_nforce

contact normal force for output

Definition at line 348 of file m_fstr.f90.

◆ cont_ntrac

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::cont_ntrac

contact normal traction force for output

Definition at line 354 of file m_fstr.f90.

◆ cont_relvel

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::cont_relvel

contact ralative velocity for output

Definition at line 350 of file m_fstr.f90.

◆ cont_sgrp_id

integer(kind=kint), dimension(:), pointer m_fstr::fstr_solid::cont_sgrp_id

contact element surf ids for output

Definition at line 352 of file m_fstr.f90.

◆ cont_state

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::cont_state

contact state for output

Definition at line 351 of file m_fstr.f90.

◆ contacts

type( tcontact ), dimension(:), pointer m_fstr::fstr_solid::contacts =>null()

contact information

Definition at line 402 of file m_fstr.f90.

◆ contacts_bkup

type( tcontact ), dimension(:), pointer m_fstr::fstr_solid::contacts_bkup =>null()

contact information (backup)

Definition at line 420 of file m_fstr.f90.

◆ couple_ngrp_id

integer( kind=kint ), dimension(:), pointer m_fstr::fstr_solid::couple_ngrp_id

Definition at line 317 of file m_fstr.f90.

◆ couple_ngrp_tot

integer( kind=kint ) m_fstr::fstr_solid::couple_ngrp_tot

for couple analysis

Following for coupling analysis

Definition at line 316 of file m_fstr.f90.

◆ cutback_stat

integer(kind=kint) m_fstr::fstr_solid::cutback_stat

status of cutback control

Definition at line 384 of file m_fstr.f90.

◆ ddunode

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::ddunode => null()

=hecMESHX, disp increment

Definition at line 394 of file m_fstr.f90.

◆ dload_follow

integer(kind=kint) m_fstr::fstr_solid::dload_follow

Definition at line 289 of file m_fstr.f90.

◆ dload_ngrp_amp

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::dload_ngrp_amp

Definition at line 293 of file m_fstr.f90.

◆ dload_ngrp_grpid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::dload_ngrp_grpid =>null()

Definition at line 290 of file m_fstr.f90.

◆ dload_ngrp_id

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::dload_ngrp_id

Definition at line 291 of file m_fstr.f90.

◆ dload_ngrp_lid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::dload_ngrp_lid

Definition at line 292 of file m_fstr.f90.

◆ dload_ngrp_params

real(kind=kreal), dimension (:,:), pointer m_fstr::fstr_solid::dload_ngrp_params

Definition at line 294 of file m_fstr.f90.

◆ dload_ngrp_tot

integer(kind=kint) m_fstr::fstr_solid::dload_ngrp_tot

DLOAD.

Following distributed external load

Definition at line 288 of file m_fstr.f90.

◆ dunode

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::dunode => null()

curr total disp

Definition at line 393 of file m_fstr.f90.

◆ eforce

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::eforce

external force

Definition at line 388 of file m_fstr.f90.

◆ elements

type( telement ), dimension(:), pointer m_fstr::fstr_solid::elements =>null()

elements information

Definition at line 399 of file m_fstr.f90.

◆ elements_bkup

type( telement ), dimension(:), pointer m_fstr::fstr_solid::elements_bkup =>null()

elements information (backup)

Definition at line 419 of file m_fstr.f90.

◆ elemopt361

integer(kind=kint) m_fstr::fstr_solid::elemopt361

Definition at line 376 of file m_fstr.f90.

◆ embed_nforce

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::embed_nforce

embed force for output

Definition at line 356 of file m_fstr.f90.

◆ embeds

type( tcontact ), dimension(:), pointer m_fstr::fstr_solid::embeds =>null()

contact information

Definition at line 404 of file m_fstr.f90.

◆ embeds_bkup

type( tcontact ), dimension(:), pointer m_fstr::fstr_solid::embeds_bkup =>null()

contact information (backup)

Definition at line 421 of file m_fstr.f90.

◆ emises

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::emises

elemental MISES

Definition at line 333 of file m_fstr.f90.

◆ enqm

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::enqm

elemental NQM

Definition at line 345 of file m_fstr.f90.

◆ epstrain

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::epstrain

elemental principal strain

Definition at line 336 of file m_fstr.f90.

◆ epstrain_vect

real(kind=kreal), dimension(:,:), pointer m_fstr::fstr_solid::epstrain_vect

elemental principal strain vector

Definition at line 338 of file m_fstr.f90.

◆ epstress

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::epstress

elemental principal stress

Definition at line 335 of file m_fstr.f90.

◆ epstress_vect

real(kind=kreal), dimension(:,:), pointer m_fstr::fstr_solid::epstress_vect

elemental principal stress vector

Definition at line 337 of file m_fstr.f90.

◆ estrain

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::estrain

elemental strain

Definition at line 332 of file m_fstr.f90.

◆ estress

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::estress

elemental stress

Definition at line 331 of file m_fstr.f90.

◆ factor

real(kind=kreal), dimension (2) m_fstr::fstr_solid::factor

factor of incrementation 1:time t 2: time t+dt

Definition at line 378 of file m_fstr.f90.

◆ file_type

integer(kind=kint) m_fstr::fstr_solid::file_type

Definition at line 239 of file m_fstr.f90.

◆ gl

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::gl

external force

Definition at line 386 of file m_fstr.f90.

◆ gl0

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::gl0

external force

Definition at line 387 of file m_fstr.f90.

◆ is_33beam

integer(kind=kint) m_fstr::fstr_solid::is_33beam

Definition at line 371 of file m_fstr.f90.

◆ is_33shell

integer(kind=kint) m_fstr::fstr_solid::is_33shell

Definition at line 370 of file m_fstr.f90.

◆ is_heat

integer(kind=kint) m_fstr::fstr_solid::is_heat

Definition at line 372 of file m_fstr.f90.

◆ is_rot

integer(kind=kint), dimension(:), pointer m_fstr::fstr_solid::is_rot => null()

Definition at line 375 of file m_fstr.f90.

◆ is_smoothing_active

logical m_fstr::fstr_solid::is_smoothing_active

Definition at line 377 of file m_fstr.f90.

◆ last_temp

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::last_temp => null()

Definition at line 397 of file m_fstr.f90.

◆ last_temp_bkup

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::last_temp_bkup => null()

Definition at line 418 of file m_fstr.f90.

◆ materials

type( tmaterial ), dimension(:), pointer m_fstr::fstr_solid::materials =>null()

material properties

Definition at line 400 of file m_fstr.f90.

◆ max_lyr

integer(kind=kint) m_fstr::fstr_solid::max_lyr

maximum num of layer

Definition at line 369 of file m_fstr.f90.

◆ max_ncon

integer(kind=kint) m_fstr::fstr_solid::max_ncon

maximum num of element connectivity

Definition at line 374 of file m_fstr.f90.

◆ max_ncon_stf

integer(kind=kint) m_fstr::fstr_solid::max_ncon_stf

maximum num of stiffness matrix size

Definition at line 373 of file m_fstr.f90.

◆ maxn_gauss

integer(kind=kint) m_fstr::fstr_solid::maxn_gauss

VALUE.

Definition at line 320 of file m_fstr.f90.

◆ mises

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::mises

nodal MISES

Definition at line 324 of file m_fstr.f90.

◆ mpc_const

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::mpc_const =>null()

bakeup of hecmwST_mpcmpc_const

Definition at line 406 of file m_fstr.f90.

◆ n_contacts

integer m_fstr::fstr_solid::n_contacts

number of contact conditions

Definition at line 401 of file m_fstr.f90.

◆ n_embeds

integer m_fstr::fstr_solid::n_embeds

number of embed conditions

Definition at line 403 of file m_fstr.f90.

◆ n_fix_mpc

integer m_fstr::fstr_solid::n_fix_mpc

number mpc conditions user defined

Definition at line 405 of file m_fstr.f90.

◆ nrstat_i

integer(kind=kint), dimension(10) m_fstr::fstr_solid::nrstat_i

for increment control

statistics of newton iteration (integer)

Definition at line 381 of file m_fstr.f90.

◆ nrstat_r

real(kind=kreal), dimension(10) m_fstr::fstr_solid::nrstat_r

statistics of newton iteration (real)

Definition at line 382 of file m_fstr.f90.

◆ nstep_tot

integer(kind=kint) m_fstr::fstr_solid::nstep_tot

Definition at line 241 of file m_fstr.f90.

◆ output_ctrl

type(t_output_ctrl), dimension(:), pointer m_fstr::fstr_solid::output_ctrl =>null()

output information

Definition at line 244 of file m_fstr.f90.

◆ pstrain

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::pstrain

nodal principal strain

Definition at line 327 of file m_fstr.f90.

◆ pstrain_vect

real(kind=kreal), dimension(:,:), pointer m_fstr::fstr_solid::pstrain_vect

nodal principal strain vector

Definition at line 329 of file m_fstr.f90.

◆ pstress

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::pstress

nodal principal stress

Definition at line 326 of file m_fstr.f90.

◆ pstress_vect

real(kind=kreal), dimension(:,:), pointer m_fstr::fstr_solid::pstress_vect

nodal principal stress vector

Definition at line 328 of file m_fstr.f90.

◆ qforce

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::qforce

equivalent nodal force

Definition at line 389 of file m_fstr.f90.

◆ qforce_bak

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::qforce_bak

equivalent nodal force at the beginning of curr step

Definition at line 390 of file m_fstr.f90.

◆ qforce_bkup

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::qforce_bkup => null()

equivalent nodal force (backup)

Definition at line 417 of file m_fstr.f90.

◆ reaction

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::reaction

reaction_force

Definition at line 346 of file m_fstr.f90.

◆ restart_nin

integer(kind=kint) m_fstr::fstr_solid::restart_nin

input number of restart

Definition at line 366 of file m_fstr.f90.

◆ restart_nout

integer(kind=kint) m_fstr::fstr_solid::restart_nout

ANALYSIS CONTROL for NLGEOM.

output interval of restart file (if .gt.0) restart file write (if .lt.0) restart file read and write

Definition at line 363 of file m_fstr.f90.

◆ sections

type(tsection), dimension(:), pointer m_fstr::fstr_solid::sections =>null()

definition of section referred by elements(i)sectionID

Definition at line 407 of file m_fstr.f90.

◆ shell

type(fstr_solid_physic_val), pointer m_fstr::fstr_solid::shell =>null()

for shell physical value stracture

Definition at line 359 of file m_fstr.f90.

◆ solid

type(fstr_solid_physic_val), pointer m_fstr::fstr_solid::solid =>null()

for solid physical value stracture

Definition at line 358 of file m_fstr.f90.

◆ spring_ngrp_amp

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::spring_ngrp_amp

Definition at line 312 of file m_fstr.f90.

◆ spring_ngrp_dof

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::spring_ngrp_dof

Definition at line 311 of file m_fstr.f90.

◆ spring_ngrp_grpid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::spring_ngrp_grpid =>null()

Definition at line 309 of file m_fstr.f90.

◆ spring_ngrp_id

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::spring_ngrp_id

Definition at line 310 of file m_fstr.f90.

◆ spring_ngrp_tot

integer(kind=kint) m_fstr::fstr_solid::spring_ngrp_tot

SPRING.

Following spring boundary conditions

Definition at line 308 of file m_fstr.f90.

◆ spring_ngrp_val

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::spring_ngrp_val

Definition at line 313 of file m_fstr.f90.

◆ statictype

integer(kind=kint) m_fstr::fstr_solid::statictype

Definition at line 240 of file m_fstr.f90.

◆ step_ctrl

type(step_info), dimension(:), pointer m_fstr::fstr_solid::step_ctrl =>null()

step information

Definition at line 243 of file m_fstr.f90.

◆ step_ctrl_restart

type(step_info) m_fstr::fstr_solid::step_ctrl_restart

step information for restart

Definition at line 367 of file m_fstr.f90.

◆ strain

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::strain

nodal strain

Definition at line 323 of file m_fstr.f90.

◆ stress

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::stress

nodal stress

Definition at line 322 of file m_fstr.f90.

◆ temp_bak

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::temp_bak => null()

Definition at line 396 of file m_fstr.f90.

◆ temp_factor

real(kind=kreal) m_fstr::fstr_solid::temp_factor

Definition at line 302 of file m_fstr.f90.

◆ temp_interval

integer(kind=kint) m_fstr::fstr_solid::temp_interval

Definition at line 300 of file m_fstr.f90.

◆ temp_irres

integer(kind=kint) m_fstr::fstr_solid::temp_irres

Definition at line 298 of file m_fstr.f90.

◆ temp_ngrp_grpid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::temp_ngrp_grpid =>null()

Definition at line 303 of file m_fstr.f90.

◆ temp_ngrp_id

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::temp_ngrp_id

Definition at line 304 of file m_fstr.f90.

◆ temp_ngrp_tot

integer(kind=kint) m_fstr::fstr_solid::temp_ngrp_tot

TEMPERATURE.

Following temperature conditions

Definition at line 297 of file m_fstr.f90.

◆ temp_ngrp_val

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::temp_ngrp_val

Definition at line 305 of file m_fstr.f90.

◆ temp_rtype

integer(kind=kint) m_fstr::fstr_solid::temp_rtype

Definition at line 301 of file m_fstr.f90.

◆ temp_tstep

integer(kind=kint) m_fstr::fstr_solid::temp_tstep

Definition at line 299 of file m_fstr.f90.

◆ temperature

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::temperature => null()

=temperature

Definition at line 395 of file m_fstr.f90.

◆ testrain

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::testrain

thermal elemental strain

Definition at line 341 of file m_fstr.f90.

◆ tnstrain

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::tnstrain

thermal nodal strain

Definition at line 340 of file m_fstr.f90.

◆ unode

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::unode => null()

disp at the beginning of curr step

Definition at line 391 of file m_fstr.f90.

◆ unode_bak

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::unode_bak => null()

disp at the beginning of curr step

Definition at line 392 of file m_fstr.f90.

◆ unode_bkup

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::unode_bkup => null()

disp at the beginning of curr step (backup)

Definition at line 416 of file m_fstr.f90.

◆ velocity_ngrp_amp

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::velocity_ngrp_amp =>null()

Definition at line 264 of file m_fstr.f90.

◆ velocity_ngrp_grpid

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::velocity_ngrp_grpid =>null()

Definition at line 261 of file m_fstr.f90.

◆ velocity_ngrp_id

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::velocity_ngrp_id =>null()

Definition at line 262 of file m_fstr.f90.

◆ velocity_ngrp_tot

integer(kind=kint) m_fstr::fstr_solid::velocity_ngrp_tot

Following velocity boundary condition.

Definition at line 260 of file m_fstr.f90.

◆ velocity_ngrp_type

integer(kind=kint), dimension (:), pointer m_fstr::fstr_solid::velocity_ngrp_type =>null()

Definition at line 263 of file m_fstr.f90.

◆ velocity_ngrp_val

real(kind=kreal), dimension (:), pointer m_fstr::fstr_solid::velocity_ngrp_val =>null()

Definition at line 265 of file m_fstr.f90.

◆ velocity_type

integer(kind=kint) m_fstr::fstr_solid::velocity_type

VELOCITY.

Definition at line 259 of file m_fstr.f90.

◆ yield_ratio

real(kind=kreal), dimension(:), pointer m_fstr::fstr_solid::yield_ratio

yield ratio

Definition at line 343 of file m_fstr.f90.

The documentation for this type was generated from the following file:

fistr1/src/lib/m_fstr.f90

Data Fields

Detailed Description

Field Documentation

◆ acceleration_ngrp_amp

◆ acceleration_ngrp_grpid

◆ acceleration_ngrp_id

◆ acceleration_ngrp_tot

◆ acceleration_ngrp_type

◆ acceleration_ngrp_val

◆ acceleration_type

◆ autoinc_stat

◆ beam

◆ boundary_ngrp_amp

◆ boundary_ngrp_centerid

◆ boundary_ngrp_grpid

◆ boundary_ngrp_id

◆ boundary_ngrp_istot

◆ boundary_ngrp_rot

◆ boundary_ngrp_rotid

◆ boundary_ngrp_tot

◆ boundary_ngrp_type

◆ boundary_ngrp_val

◆ cload_ngrp_amp

◆ cload_ngrp_centerid

◆ cload_ngrp_dof

◆ cload_ngrp_grpid

◆ cload_ngrp_id

◆ cload_ngrp_rot

◆ cload_ngrp_rotid

◆ cload_ngrp_tot

◆ cload_ngrp_val

◆ cont_area

◆ cont_fric

◆ cont_ftrac

◆ cont_nforce

◆ cont_ntrac

◆ cont_relvel

◆ cont_sgrp_id

◆ cont_state

◆ contacts

◆ contacts_bkup

◆ couple_ngrp_id

◆ couple_ngrp_tot

◆ cutback_stat

◆ ddunode

◆ dload_follow

◆ dload_ngrp_amp

◆ dload_ngrp_grpid

◆ dload_ngrp_id

◆ dload_ngrp_lid

◆ dload_ngrp_params

◆ dload_ngrp_tot

◆ dunode

◆ eforce

◆ elements

◆ elements_bkup

◆ elemopt361

◆ embed_nforce

◆ embeds

◆ embeds_bkup

◆ emises

◆ enqm

◆ epstrain

◆ epstrain_vect

◆ epstress

◆ epstress_vect

◆ estrain

◆ estress

◆ factor

◆ file_type

◆ gl

◆ gl0

◆ is_33beam

◆ is_33shell

◆ is_heat

◆ is_rot

◆ is_smoothing_active

◆ last_temp

◆ last_temp_bkup

◆ materials