Contents Index PDF

Index

.dof, 7.9
.fmt, 10
.fun, 7.8
.ID, 10
.param, 10
.tdof, 7.9
.Xlab, 7.9
3DLinePick, 4.4.1
AMIF, 10
AnimMovie, 4.4.10
Assemble, 4.10.7
abaqus, 10
actuator dynamics, 10
adof, 7.10
animation, 4.4.6, 10
ans2sdt, 10
assembly, 10
asymptotic correction, 10
attachment mode, 6.2.3, 10
automated meshing, 4.3.1
BSET, 6.4.1
BuildConstit, 7.16.6
BuildNDN, 9
b, 5.1, 10, 10
bar element, 9
bar1, 9
basis, 10
beam element, 9
beam1, 9
boundary condition, 4.5.4, 10
CAM, 1.3
Case.GroupInfo, 7.15.3
CMIF, 10
COMAC, 3.2.1, 10
ColorMap, 10, 10
Commands, 10
Complex Mode Indicator Function, 10
Component Mode Synthesis, 6.2.6, 10
ConnectionSurface, 10
CoTopo, 3.1
Craig Bampton reduction, 6.2.5, 10
Cross generalized mass, 10
Curve.ID, 10
Cyclic symmetry, 10
c, 5.1, 10
case, 7.7
cases, 7.7, 10
celas, 9
cf, 4.4.1, 10, 10, 10
channel, 7.9
collocated, 2.9.2, 5.5, 10
color mode, 10
comgui, 10
command formatting, 10
command function, 10
commode, 10
complex mode
- computation and normalization, 10
- definition, 5.5
- identification, 2.6.5, 10, 10
comstr, 10
connectivity line matrix, 2.8.1, 10
constit, 7.15.3
coordinate, 7.1, 10
cost function
- logLS, 10
- quadratic, 2.6.5, 10
cp, 5.2
curve, 7.9
curve stack, 2.1.2, 10
curvemodel, 10
cyclic, 10
DefaultEta, 7.7
DefaultZeta, 7.7, 10
DID, 7.1.1, 9, 10
DOF, 7.7
DofLoad, 10
DofPos, 7.15.3
DofSet, 10
damping, 5.3
- non-proportional, 2.9.3, 5.3.1, 10
- proportional or modal, 2.9.3, 5.3.1, 10
- Rayleigh, 5.3.2
- structural, 5.3.2, 5.3.3, 10
- viscoelastic, 5.3.2, 5.3.3
damping ratio, 7.7, 7.7
data node, 1.4
data structure
- case, 7.7
- curve, 7.9
- deformation, 7.8
- element constants, 7.15.4
- element property, 7.4
- GroupInfo, 7.15.3
- material, 7.3
- model, 7.6
- sens, 10
dataacq, 2.2.6
database wrapper, 2.1.2, 2.1.6, 2.2.4, 10, 10
db, 10
def, 7.8
defe, 7.16.4
degree of freedom (DOF), 5.1
- active, 10, 10, 10
- definition vector, 7.5, 7.10, 10
- element, 7.5
- master, 7.14.1
- nodal, 7.5
- selection, 7.10, 10
demonstrations, 1.2
design parameters, 6.5.1
dirp, 6.5.3
dktp, 9
dock, 10
drawing axes, 10
EdgeId, 7.7
EditT, 8.3.4
EGID, 7.2, 7.2, 7.5, 7.12
ElMap, 7.15.3
EltConst, 7.15.4
EltId, 7.2, 7.2
EltOrient, 7.13
effective mass, 6.2.2
eigenvalue, 4.10.3, 10, 10
element
- bar, 9
- beam, 9
- EGID, 7.2, 7.5
- EltID, 7.16.6
- fluid, 9, 9
- function, 7.2, 7.16, 7.16.6, 10
- group, 7.2, 10
- identification number (EltId), 7.5
- plate, 9, 9, 9, 9
- property row, 7.2, 9, 9, 10
- rigid link, 9, 9
- selection, 7.12, 10, 10, 10
- solid, 9
- user defined, 7.16
eta, 5.3.3, 7.7
ex2sdt, 10
expansion, 3.3.3, 10
FaceId, 7.7
FE model update, 6.6, 6.6.1, 6.6.2, 6.6.3
- based on FRFs, 10
- based on modal frequencies, 10
- command function, 10
FEelt, 4.3, 10
FEMLINK, 10, 10, 10
FEMLink, 10, 10, 10
FEnode, 4.3, 10
FindElt, 7.12
FindNode, 7.11
FixDof, 10
Freq, 7.7
FSEModel, 10
FSurf, 10
FVol, 10
family of models, 6.5.1
fe2ss, 10
fe_c, 10
fe_case, 10
fe_caseg, 10
fe_ceig, 10
fe_coor, 10
fe_curve, 10
fe_cyclic, 10
fe_def, 10
fe_eig, 10
fe_exp, 10
fe_gmsh, 10
fe_load, 10
fe_mat, 10
fe_mknl, 10
fe_norm, 10
fe_quality, 10
fe_range, 10
fe_reduc, 10
fe_sens, 10
fe_simul, 10
fe_stress, 10
fe_time, 10
fecom, 10
femesh, 10
feplot, 4.1, 4.4, 10, 10
fesuper, 10
feutil, 10
feutila, 10
feutilb, 10
fjlock, 10
frequency
- unit, 10
frequency response function (FRF), 5.8, 10
frequency units, 10, 10, 10, 10
frequency vector w, 5.8, 10
fsc, 9
GID, 7.1.1
Guyan condensation, 6.2.5, 10
ga, 5.2
generalized mass, 4.10.3, 6.2.2, 10
global variable, 1.3, 4.3, 10, 10, 10, 10, 10
gstate, 7.15.3
hexa8, 9
hexahedron, 9
IDopt, 2.2.5, 7.9, 10, 10
Ident, 2.2.3
IIxf, 2.1.3, 2.1.6, 2.3.3
ImWrite, 4.4.10
InfoAtNode, 7.15.3
Integ, 9
id_dspi, 10
id_nor, 10
id_poly, 10
id_rc, 10
id_rm, 10
idcom, 10
identification, 2.2
- direct system parameter, 2.3.5, 10
- minimal model, 2.9.1, 2.9.2, 10
- normal mode model, 10
- options, 10
- orthogonal polynomials, 2.3.6, 10
- poles, complex mode residues, 2.6.5, 10
- poles, normal mode residues, 2.9.3, 10
- reciprocal model, 10
- scaled modeshapes, 2.9.3, 10
idopt, 10
ii_cost, 10
ii_mac, 10
ii_mmif, 10
ii_plp, 10
ii_poest, 10
ii_pof, 10
iicom, 10
iimouse, 10
iiplot, 2.1.1, 10, 10
il, 7.4
importing data, 2.2.4, 2.2.5, 4.3.2
info, 7.7
input shape matrix b, 5.1, 10
integ, 7.15.3
integinfo, 7.16.6
integrules, 9

interactURN, 8.5
isostatic constraint, 10, 10
LabFcn, 10, 10
load, 5.1, 10
localization matrix, 5.1
loss factor, 5.3.3, 7.7, 7.7, 7.7
lsutil, 10
MAC, 3.2.1, 10, 10
MACCO, 3.2.1, 10
Map, 10
MatID, 10
MatId, 7.2, 7.2, 7.3, 7.12, 7.16.6
MatType, 10
MDRE, 10
MeshCfg, 3.5
MIMO, 2.9.1
MMIF, 10
Modal Scale Factor, 10
MPC, 10
Multivariate Mode Indicator Function, 10
m_elastic, 9
m_heat, 9
m_hyper, 9
m_piezo, 9
map, 10
mass
- effective, 6.2.2
- generalized, 6.2.2
- normalization, 2.9.3, 6.2.2, 10, 10
mass1, 9
material function, 7.3
material properties, 7.3, 10
matrix
- ofact, 10, 10
- sparse/full, 10, 10
mattyp, 10
mdof, 7.5
meshing, 4.3.1
meta-set, 7.7
minimal model, 2.9.1, 10
modal
- damping, 2.9.3
- input matrix, 5.3.1, 5.4
- mass, 4.10.3, 6.2.2, 6.2.2, 10
- output matrix, 5.3.1, 5.4
- participation factor, 5.5
- scale factor, 10
- stiffness, 6.2.2
mode
- acceleration method, 6.2.3
- attachment, 10
- complex, 5.5, 10
- constraint, 10
- displacement method, 6.2.3
- expansion, 3.3.3, 10
- normal, 6.2.2, 10
- scaling, 5.5, 6.2.2
model, 7.6
- description matrix, 7.2
- reduction, 10
multiplicity, 2.9.1, 10
NASTRAN, 10, 10
NLdata, 7.4
NNode, 7.15.2
NodeBas, 10
NodeId, 7.1
NoT, 7.14.1, 7.14.1
nasread, 10
naswrite, 10
nmap, 10
node, 4.1.1, 7.1
- group, 7.1
- selection, 7.1.1, 7.11, 10, 10
nodeE, 7.16.4
nor, 5.2, 10
nor2res, 10
normal, 10
normal mode
- computation and normalization, 10
- definition, 6.2.2
- format, 5.2
- identification, 2.9.3, 10
- model, 10
- residue, 2.9.3
notations, 1.5
Omega, 7.7
object
- nmap, 10, 10
- ofact, 10
- sdth, 10
- sdtm, 10
- v_handle, 10, 10
observation, 5.1
of2vtk, 10
of_mk, 7.16.4
of_time, 10
ofact, 10
om, 5.2
orientation
- triax, 10
orthogonality conditions, 6.2.2, 10, 10, 10
output shape matrix c, 5.1, 10
ParamEdit, 7.17.4
PID, 7.1.1, 10
POC, 3.2.1, 10
ProID, 10
ProId, 7.2, 7.2, 7.4, 7.12, 7.16.6
p_beam, 9
p_heat, 9
p_piezo, 9
p_pml, 9
p_shell, 9
p_solid, 9
p_spring, 9
p_super, 9
par, 10
pb, 5.2
pentahedron, 9
perm2sdt, 10
phase, 10
pl, 7.3
plate element, 9, 9, 9, 9
po, 10
pointers, 7.15.3
pole, 5.6, 6.2.2
- formats, 10
- lines, 10, 10
- multiplicity, 2.9.1, 10
pole residue format, 5.6
polynomial model format, 5.7
polytec, 10
pro.MAP, 7.13
property function, 7.4
psi2nor, 10
QSET, 6.4.1, 6.4.2
q0, 10
q4p, 9
qbode, 10
quad4, 9
quadrilateral, 9
Rayleigh, 5.3.2
Runtime, 1.8.1
range, 10
rbe3, 10
reciprocity, 2.9.2, 5.5, 10, 10
reduction basis, 6.2.1, 10
renderer, 10
res, 5.6, 10, 10
res2nor, 10
res2ss, 10
res2tf, 10
residual
- dynamic, 3.2.2, 3.2.3, 3.3.1
- high frequency, 5.6, 6.2.3
- low frequency, 5.6
residue matrix, 2.9.1, 2.9.3, 5.3.1, 5.4, 5.6
rigid, 9
rigid body modes, 6.2.3, 10
rigid link, 9, 9
rms, 10
SE, 6.3.1
SensDof, 4.7
SimuCfg, 3.5
StressCritFcn, 7.7
samcef, 10
scalar spring, 9
scaling, 10, 10, 10
scatter, 10
sd_pref, 10
sdt_dialogs, 10
sdtcheck, 10
sdtdef, 10
sdth, 10
sdthdf, 10
sdtm, 10
sdtroot, 10
sdtsys, 10
sdtweb, 10
segment, 9
selection
- element, 7.12
- node, 7.11
sens.tdof, 4.8.1
sensor, 4.7
- dynamics, 10
- placement, 3.1.3, 10
set, 7.7
setlines, 10
simulate, 4.10
solid element, 9
sp_util, 10
sparse eigensolution, 10
ss, 5.4, 10
stack, 1.3, 7.7
stack entries, 7.7
stack_get, 10
state-space models, 5.4, 10, 10
static correction, 4.10.4, 5.6, 6.2.3, 6.2.3, 10
static flexible response, 10
structural modification, 3.4
subplot, 10, 10
superelement
- command function, 10
Tab, 10
TimeOpt, 10
tab, 10
tdof, 4.6.1, 4.6.1
tempdir, 10
test/analysis correlation, 10
tetrahedron, 9
tf, 5.7, 10, 10
time-delays, 10
tria3, 9
triangle, 9
two-bay truss, 4.1.1
UFF55, 10
UFF58, 10
UFF82, 10
UFS, 10, 10
Universal File Format, 10
ufread, 10
ufwrite, 10
up_freq, 10
up_ixf, 10
upcom, 10
VectMap, 7.15.4
v_handle, 10
vector correlation, 10
vhandle_matrix, 10
view, 10, 10
wire-frame plots, 2.8.1, 10, 10, 10
XF, 2.1.6, 10, 10
XFdof, 2.1.6
xf, 5.8, 10
xfopt, 10
xfstruct, 7.9
zCoef, 6.5.1
zCoefFcn, 6.5.1
zeta, 5.3.1, 7.7

This document was translated from L^AT_EX by H^EV^EA.