SDT-base
Contents
 
Functions
   
PDF
Index
Chapter 1 Installation
Installation
Chapter 2 Theoretical reminders
Theoretical reminders
Rotating bodies
Problem definition in a rotating frame
Problem definition in a fixed frame
Fourier analysis of structures
cyclic structure basics
Fourier transform for shaft computations
Solutions in periodic media
Chapter 3 Toolbox tutorial
Toolbox tutorial
Rotor meshing
Meshing utilities
1D
2D
Basic 1D rotor example
Meshing 3D rotor from 1D and 2D models
From sector to shaft in the case of cyclic symmetry
Closing a disk
Utilities for handling slanted blades
Disk connections in multi-stage cyclic symmetry
View meshes for cyclic symmetry
Bearing and support representations
Linear bearing
Non-linear bearings in the time domain
Gyroscopic effects
Fixed frame models
Rotating frame models
Frequency domain analysis, full model
Campbell diagrams, full model
Blade with centrifugal stiffening
Complex modes
Forced frequency response to unbalanced load
Solvers for models with cyclic symmetry
Static response
Single stage mode computations
Multi-stage harmonic mode computations
Campbell diagrams
Complex modes
Forced frequency response to unbalanced load
Full rotor model from cyclic computation
Single stage full rotor example
Time domain analysis
Simple example
Gyroscopic effects
Other representations of bearings
Chapter 4 Validation
Validation
Rigid disk example
Matrices in rotating frame
Matrices in global fixed frame
Validation with 3D model disk
Simple 2DOF model of shaft with disk
1D models
1D example in a fixed frame
1D models in a rotating (body-fixed) frame
3D rotor
Data structure reference
Chapter 5 Function reference
Function reference
fe_cyclic
Assemble [,-struct]
Build ...
LoadCentrifugal
Eig
Omega[,Group,GroupSet]
fe_rotor
AddMass
Campbell
Critical
Whirldir
Assemble
RotatingLoad
ForcedResponse
SEBuild
TimeOpt
rotor1d
1To2D
1To3D
AddBearing
AddBeam
AddNodeRefine
Skyline
rotor2d
teig
test
BuildFrom2D
demo_cyclic
Disk
ShaftMono
Variable speed
ShaftMulti
fe_cyclicb Mesh
MeshAddRim
MeshRim
MeshSecAddNode
MeshSensMatch
MeshSurfSet
MeshCylSurf
MeshFixTheta
MeshFixRadial
fe_cyclicb
DiskFromSector
Mesh
ConnectionRing
Display
ShaftEig,
ShaftTEig
,
ShaftSolve
ShaftSeAssemble
Deflist,Def ...
ShaftPrep
ShaftLoad,ShaftSELoad
ShaftFRF [, D, MS, -rest]
Fourier [,ind], ... [-phys, -mono, -red, -egy, -egyfrac, -sortbyd]
obsolete
OBSOLETE Basis [, -all, -norm, -int, -rb]
OBSOLETE DiskEig [, -ord]
DiskEngineLoad EO [, sel]
OBSOLETE DiskFRF [, D, MS, -rest]
OBSOLETE DiskPlot
OBSOLETE Disk ... (internal commands)
OBSOLETE DiskSeDefInit
OBSOLETE DiskSeLoad
Reduce [, -int]
nl_spring
Supported non linearities
ConnectionBuild
ConnectionCyl
InitV
NL
NLJacobianUpdate
SetPro
GetPro
Follow
TimeOpt
AssembleCall
ResidualCall
fe_timeCleanupCall
OutputInitCall
TimeOutputOptions
mkl_utils
rheo2NL
tab
BlockSave,BlockLoad
mkl_utils
Residual
chandle
chandle
DiagNewmark
ExpNewmark
nl_inout
Non linearities list
nl_inout
nl_contact
nl_modaldmp
nl_inout
DofSet
Power
FuTable
K_t
MexIOa
SCLd
LRFu
slab sensor non-linearity
temp still undocumented
Non linearities list (deprecated)
nl_maxwell (deprecated)
DofKuva
DofV
nl_spring
RotCenter
nl_rotCenter
rod1
nl_gapcyl
Creating a new non linearity:
nl_fun.m
nl_solve
TimeOpt
Static
Mode
Post
TgtMdlBuild,Assemble
nl_mesh
Conform
Contour
Cover
Hole[,Groups,Diff,Drill,Gen]
Replace
Rivet
GmshVol
ExtrudeLayer
StackClean
spfmex_utils
OfactOptim
nl_bset
extrotor
Bibliography
Index