Pinned Repositories
CCBlade.jl
Blade Element Momentum Method for Propellers and Turbines
FLOWUnsteady
An interactional aerodynamics and acoustics solver for multirotor aircraft and wind energy
FLOWVLM
Vortex lattice method for inviscid lifting-surface aerodynamics
FLOWVPM.jl
Meshless large eddy simulation through the reformulated vortex particle method
GXBeam.jl
Pure Julia Implementation of Geometrically Exact Beam Theory
ImplicitAD.jl
Automates adjoints. Forward and reverse mode algorithmic differentiation around implicit functions (not propagating AD through), as well as custom rules to allow for mixed-mode AD or calling external (non-AD compatible) functions within an AD chain.
Mex.jl
Embedding Julia in the MATLAB process.
SNOW.jl
Optimization framework for nonlinear, gradient-based constrained, sparse optimization problems.
uav-path-optimization
2D path-planning algorithm which uses a receding horizon approach and quadratic Bezier curves.
VortexLattice.jl
A Comprehensive Julia implementation of the Vortex Lattice Method
BYU FLOW Lab's Repositories
byuflowlab/FLOWUnsteady
An interactional aerodynamics and acoustics solver for multirotor aircraft and wind energy
byuflowlab/GXBeam.jl
Pure Julia Implementation of Geometrically Exact Beam Theory
byuflowlab/uav-path-optimization
2D path-planning algorithm which uses a receding horizon approach and quadratic Bezier curves.
byuflowlab/FLOWVPM.jl
Meshless large eddy simulation through the reformulated vortex particle method
byuflowlab/CCBlade.jl
Blade Element Momentum Method for Propellers and Turbines
byuflowlab/VortexLattice.jl
A Comprehensive Julia implementation of the Vortex Lattice Method
byuflowlab/FLOWVLM
Vortex lattice method for inviscid lifting-surface aerodynamics
byuflowlab/Mex.jl
Embedding Julia in the MATLAB process.
byuflowlab/FLOWPanel.jl
Three-dimensional panel method for low-speed aerodynamics
byuflowlab/SNOW.jl
Optimization framework for nonlinear, gradient-based constrained, sparse optimization problems.
byuflowlab/ImplicitAD.jl
Automates adjoints. Forward and reverse mode algorithmic differentiation around implicit functions (not propagating AD through), as well as custom rules to allow for mixed-mode AD or calling external (non-AD compatible) functions within an AD chain.
byuflowlab/FLOWFarm.jl
Wind farm tools based in Julia
byuflowlab/FLOWNoise
Tools for computational aeroacoustics
byuflowlab/GeometricTools.jl
Methods for the manipulation of geometric data, grid generation, and visualization formatting.
byuflowlab/bpm-turbine-acoustics
Turbine acoustic model using the BPM equations developed by Brooks, Pope, and Marcolini
byuflowlab/DuctAPE.jl
Ducted Axisymmetric Propulsor Evaluation
byuflowlab/FLOWMath.jl
A collection of mathematical functions or convenience methods we frequently use that are not already readily available in Julia packages
byuflowlab/AirfoilPrep.jl
Tools for airfoil polar preparation and processing
byuflowlab/FastMultipole
A flexible, multi-kernel implementation of the fast multipole method in the Julia language.
byuflowlab/BeamFEA.jl
Beam Finite Element Method
byuflowlab/windfarm-ouu
Study on wind farm optimization under uncertainty supported by NSF Grant #1539384
byuflowlab/stanley2019-variable-reduction
Variable reduction of the wind farm layout optimization problem
byuflowlab/undergrad-onboarding
A place for introductory/preliminary projects for new undergrads interested in FLOW Lab research.
byuflowlab/BYUFLOWLab.github.io
FLOW Lab Website
byuflowlab/DiscreteAdjoint.jl
byuflowlab/iec-turbine-optimization
Case Studies on Wind Turbine Optimization for IEA Task 37 WP 3.1
byuflowlab/stanley2018-turbine-design
byuflowlab/blade_damage
byuflowlab/empirical-prop-analysis
Static Data from tests (less than 2 MB) and an accompanying python analysis script
byuflowlab/linearize-lift-polars
Computes lift properties from lift and angle of attack data for an airfoil or wing