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Welcome to SDT
SDT-base
1. Preface
1.1 Contact information
1.2 Getting started by area
1.3 Key notions in SDT architecture
1.4 Database nodes : structures used for typical data
1.5 Typesetting conventions and scientific notations
1.6 Other toolboxes from SDTools
1.7 Licensing utilities
1.8 Release notes for SDT and FEMLink 7.5
1.9 Release notes for SDT and FEMLink 7.4
1.10 Release notes for SDT and FEMLink 7.3
1.11 Release notes for SDT and FEMLink 7.1
1.12 Release notes for SDT and FEMLink 7.0
2. Modal test tutorial
2.1 iiplot figure tutorial
2.2 Identification of modal properties (Id dock)
2.3 Pole initialization (IdAlt and IdMain filling)
2.4 Identification options
2.5 Estimate shapes from poles
2.6 Update poles
2.7 Identification by block
2.8 Display shapes : geometry declaration, pre-test
2.9 MIMO, Reciprocity, State-space, ...
3. Test/analysis correlation tutorial
3.1 Topology correlation and test preparation
3.2 Test/analysis correlation
3.3 Expansion methods
3.4 Structural dynamic modification
3.5 SDT numerical experiments (DOE)
3.6 Virtual testing
4. FEM tutorial
4.1 FE mesh declaration
4.2 Building models with feutil
4.3 Building models with femesh
4.4 The feplot interface
4.5 Other information needed to specify a problem
4.6 Sensor and wireframe geometry definition formats
4.7 Sensors : reference information
4.8 Sensors : Data structure and init commands
4.9 Stress observation
4.10 Computing/post-processing the response
5. Structural dynamic concepts
5.1 I/O shape matrices
5.2 Normal mode models
5.3 Damping
5.4 State space models
5.5 Complex mode models
5.6 Pole/residue models
5.7 Parametric transfer function
5.8 Non-parametric transfer function
6. Advanced FEM tools
6.1 FEM problem formulations
6.2 Model reduction theory
6.3 Superelements and CMS
6.4 Superelement import
6.5 Model parameterization
6.6 Finite element model updating
6.7 Handling models with piezoelectric materials
7. Developer information
7.1 Nodes
7.2 Model description matrices
7.3 Material property matrices and stack entries
7.4 Element property matrices and stack entries
7.5 DOF definition vector
7.6 FEM model structure
7.7 FEM stack and case entries
7.8 FEM result data structure
7.9 Curves and data sets
7.10 DOF selection
7.11 Node selection
7.12 Element selection
7.13 Defining fields trough tables, expressions, ...
7.14 Constraint and fixed boundary condition handling
7.15 Internal data structure reference
7.16 Creating new elements (advanced tutorial)
7.17 Variable names and programming rules (syntax)
7.18 Criteria with CritFcn
7.19 Legacy information
8. GUI and reporting tools
8.1 Formatting MATLAB graphics and output figures
8.2 SDT Tabs
8.3 Handling data in the GUI format
8.4 Generic URN conventions
8.5 Interactivity specification with URN
8.6 User interaction
9. Element reference
bar1
beam1, beam1t
celas,cbush
dktp
fsc
hexa8, penta6, tetra4, and other 3D volumes
integrules
mass1,mass2
m_elastic
m_heat
m_hyper
m_piezo
p_beam
p_heat
p_pml,d_pml
p_shell
p_solid
p_spring
p_super
p_piezo
quad4, quadb, mitc4
q4p, q8p, t3p, t6p and other 2D volumes
rigid
tria3, tria6
10. Function reference
abaqus
ans2sdt
basis
comgui,cingui
commode
comstr
curvemodel
db, phaseb
ex2sdt
fe2ss
fecom
femesh
feutil
feutila
feutilb
feplot
fesuper
fjlock
fe_c
fe_case
fe_caseg
fe_ceig
fe_coor
fe_curve
fe_cyclic
fe_def
fe_eig
fe_exp
fe_gmsh
fe_load
fe_mat
fe_mknl, fe_mk
fe_norm
fe_quality
fe_range
fe_reduc
fe_sens
fe_simul
fe_stress
fe_time
of_time
idcom
idopt
id_dspi
id_nor
id_poly
id_rc, id_rcopt
id_rm
iicom
iimouse
iiplot
ii_cost
ii_mac
ii_mmif
ii_plp
ii_poest
ii_pof
lsutil
nasread
naswrite
nor2res, nor2ss, nor2xf
of2vtk
ofact
perm2sdt
polytec
psi2nor
qbode
res2nor
res2ss, ss2res
res2tf, res2xf
rms
samcef
sd_pref
sdt_dialogs
setlines
sdtcheck
sdtdef
sdth
sdthdf
sdtm
sdtroot, sdt_locale
sdtsys
sdtweb
sp_util
stack_get,stack_set,stack_rm
ufread
ufwrite
upcom
up_freq, up_ifreq
up_ixf
v_handle
vhandle.matrix
vhandle.nmap
vhandle.tab
xfopt
References
Index
SDT-tuto
1. Tutorials
1.1. GUI interactivity
1.1.1.
Feplot
interactivity
1.2. Test analysis methods
1.2.1. Experimental Modal Analysis
By
block
1.3. Test/simulation correlation methods
1.3.1. Expansion GUI
2. Collaboration with SDTools
2.1. Markdown examples (as used in documentation)
Repository
Open issue
.md
.pdf
6. Advanced FEM tools
6. Advanced FEM tools
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