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AirfoilData, Blade, ControlAlgos, ControlDesign, DeviceDesign, DynamicModels, Electrical, Generator, Help, Mechanical, Multibody, Sim, Utility, WindData, WindModel, Demos/ControlDesign, Demos/DeviceDesign, Demos/DynamicModels, Demos/Electrical, Demos/Generators, Demos/Multibody, Demos/PowerConverters,
CLAlpha - ----
ComputeAirfoilCoeff - Computes lift, drag and moment coefficients.
ComputeCoeffFromShape - Computes lift, drag and moment coefficients for an airfoil.
LoadAirfoilFile - Loads an airfoil file with the file extension .af
BEMHAWT - Torque produced by a wind turbine rotor using Glauert
BEMVAWT - Two dimensional blade element model for a VAWT.
CustomPC2 - Custom Pitch Control Algorithm
OffsetPC - Offset Pitch Control Algorithm
SinePC - Sine Pitch Control Algorithm
DragAnlytMdl - Computes drag using an anayltical model
LiftAnlytMdl - Computes lift using an analytical model
PowCompAnlytBsd - Constant wind model that returns power and angles of attack.
WindMdl - Wind model with constant velocity and angle.
sign2 - Computes sign. If x >= 0 it equals 1.
DualRotorDesign - Design a dual rotor generator configuration.
PitchMotorSizing - Determine size of pitch motor based on driving acceleration
BldComps - Computes inflow velocity, blade Reynold's number and angle of attack
DMSModel - Double Multiple Streamtube Model.
HAWTRHS - Horizontal Axis Wind Turbine Dynamics.
IGormont - Improved Gormont Dynamic Stall Model.
RHSVAWTPitchControl - = length(d.m);
RotationalDynamicsRHS - Rotational dynamics model.
StaticStall - Static Stall Model
VAWTDemoBldMdlRHS - VAWT blade model with a pitch controller.
VAWTRHS - Vertical wind turbine model.
ABC2SRF - Transformation from abc to switching reference frame
ABToDQ - Convert between AB and DQ coordinates for 3 phase currents.
Capacitor - Capacitor. Determine voltage derivative from inductance and current.
Diode - Diode. Determine output current.
Inductor - Inductor model. Find current derivative from inductance and voltage.
MC33Switching - 3-Phase to 3-Phase Matrix Converter Switching Functions.
MCDynamics - Matrix Converter Dynamics
NPhase - Generate an n phase signal.
ParksTransformation - Parks transformation matrix from ABC to DQ coordinates for 3 phases.
PerUnitNormalization - Per unit normalization.
RectifierFullWave - Full wave rectifier. This uses 4 diodes.
RectifierNPhase - N Phase rectifier. This uses 2*n diodes.
RectifierThreePhase - A six switch rectifier.
SRF2ABC - Transformation from abc to switching reference frame.
Transformer - An ideal transformer.
TransformerRHS - Dynamical model of a transformer in the dq frame.
DFIGEquilibrium - Doubly fed induction generator model equilibrium voltages.
DFIGRHS - Doubly fed induction generator model.
PMABCMachineRHS - Permanent magnet machine model in ABC coordinates.
PMABCMachineSwitchedRHS - Permanent magnet machine model in ABC coordinates with 6 switches.
PMBMachineRHS - Permanent magnet brushless machine in DQ coordinates.
PitchServoRHS - Pitch servo model.
ReluctanceMachineRHS - Right hand side for a 3 phase reluctance motor or generator.
FileHelp - View the file headers.
BearingLife - Equivalent bearing load and bearing life.
CouplingStress - Calculates the stress acting on coupling.
DragForce - Calculates maximum drag force acting on a plate-shaped blade.
Gearbox - Computes torque and angular rate for a gearbox.
HelicalGear - Maximum allowable torque and safe horsepower capacity for helical gear.
HingeMoment - Calculates moment at a hinge joint.
InterferenceFit - Calculates torque transfer and factor of safety.
NACABladeMOI - Approximates the mass moment of inertia about a point on the blade
RectangularBeam - Calculates the tensile and shear stresses acting on a rectangular beam
RotBeamBending - Calculates maximum bending stress on a rotating beam.
SpurGear - Maximum allowable torque and safe horsepower capacity for spur gear.
VAWTBearingDistance - Calculates minimum rotor shaft bearing distance.
WeldThroatArea - Calculates the minimum throat area for a fillet weld.
AngleEncoder - Angle encoder model. Outputs is 0 to b.
DToA - Converts a digital word to a voltage
FrictionSmooth - Smooth friction model. This model uses functions that are differentiable
Motor - DC motor model.
MultibodyDynamics - Robot dynamics model.
RotorAssemblyAerodynamics - Computes the aerodynamic force and torque of each surface in the rotor
MaxTimeStep - Default Wind Turbine Tachometer Model. For use in WTSim.m.
WT_Blades - Default Wind Turbine Blade Model. For use in WTSim.m.
WT_MultiBody - Multi-body VAWT Model. For use in WTSim.m as the "Blades" block.
WT_VAWTBlades - Default Wind Turbine Blade Model. For use in WTSim.m.
WT_Controller - Default Wind Turbine Controller. For use in WTSim.m.
WT_VAWTController - Default Wind Turbine Controller. For use in WTSim.m.
WT_Converter - Default Wind Turbine Converter Model. For use in WTSim.m.
WT_Estimator - Default Wind Turbine Estimator. For use in WTSim.m.
WT_VAWTEstimator - Default Wind Turbine Estimator. For use in WTSim.m.
WT_DFIG - Wind Turbine DFIG model. For use in WTSim.m.
WT_Generator - Default Wind Turbine generator model. For use in WTSim.m.
WT_VAWTGenerator - Default Wind Turbine generator model. For use in WTSim.m.
WT_Grid - Default Wind Turbine Grid Model. For use in WTSim.m.
WT_Structure - Default Wind Turbine Structure Model. For use in WTSim.m.
WT_Tach - Default Wind Turbine Tachometer Model. For use in WTSim.m.
WT_VAWTTach - Default Wind Turbine Tachometer Model. For use in WTSim.m.
WT_Transmission - Default Wind Turbine Transmission Model. For use in WTSim.m.
WT_WindModel - Default Wind Turbine Wind Model. For use in WTSim.m.
WT_WindSensor - Default Wind Turbine Wind Sensor Model. For use in WTSim.m.
ParseIOData - Parse the i/o data structure into inputs, outputs, states and params.
WT_HAWTDFIGSetup - Setup file for use in WTSim.m. Uses WT_DFIG for the Generator model.
WT_HAWTSetup - Default setup file for wind turbine simulation. For use in WTSim.m.
WT_VAWTSetup - Setup file for vertical axis wind turbine sim. For use in WTSim.m.
WTSim - GUI for running wind turbine simulations
ActuatorDiskFromPower - Compute actuator disk area and power coefficient.
AreaFromActuatorDisk - Compute area and power coefficient using actuator disk theory.
BHalbach - Computes the B field of a Halbach array.
BetzLimit - Betz limit for maximum power extractable from the air.
BladeSolidity - Blade solidity.
CP2D - Coefficient of power as a function of pitch and lambda.
CPvsTipSpeedRatio - Compute the power coefficient as a function of tip speed.
DrawHAWT - Draw a horizontal axis wind turbine.
DrawVAWT - Draw a vertical axis wind turbine.
LiftAndDragCoeff - Lift and drag coefficients for an airfoil.
Obstruction - Obstruction turbulent flow height.
PowerFromActuatorDisk - Compute power and power coefficient using actuator disk theory.
ReynoldsNumber - Reynolds number.
TorqueHAWT - Torque produced by a wind turbine rotor.
TorqueVAWT - Torque produced by a VAWT wind turbine rotor.
VAWTAspectRatio - VAWT Aspect ratio.
WindShear - Wind shear.
WindShearExponent - Wind shear exponent
WindTurbinePower - Compute the power from a wind turbine.
LoadShapeFile - Loads a NREL GIS Shapefile for wind.
WindFromLatLon - Outputs wind data given latitude and longitude.
WindPowerClass - Gives the wind power class
Kaimal - Creates a Kaimal filter.
Wind - Wind model.
WindAdmittance - Creates a wind admittance filter.
WindClass - Wind class.
WindDeterministic - Deterministic wind model. Models tower effect.
WindProfile - Surface wind profile.
WindStochastic - Stochastic wind model.
WindspeedHours - The hours that the wind is between v(k) +/- dV/2.
DFIGSim - Simulate a doubly fed inductance generator.
VAWTPitchControl - Demonstrate pitch control.
VAWTSimDemo - VAWT Simulation.
AFPMDesign - Design a dual rotor axial flux generator.
DMSDemo - Double Multiple Streamtube with straight 2-bladed VAWT
DMSDemoPC3Bld - Double Multiple Streamtube with straight 3-bladed VAWT
Design5MWHAWT - Preliminary design of a 5 MW wind turbine.
HAWTSim - Simulate a horizontal axis 3 blade wind turbine.
SRGDemo - Demonstrates a switched reluctance generator.
ServoSim - Simulate a servo mechanism.
VAWTSim - Simulate a vertical wind turbine.
ABToDQDemo - Transformation from the AB frame to DQ frame
PMMachineDemo - Demonstrate the ABC machine model for a permanent magnet generator
PMMachineSwitchedDemo - Demonstrate the ABC machine.
VAWTMultibodyDemo - Test a multibody wind turbine model.
MatConDemo - Matrix converter demonstration
MatConSSDemo - Simulate a matrix converter in steady state.
SVN Revision: 23297
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