Discover byuflowlab/undergrad-onboarding Open Source project

Pure Julia Implementation of Geometrically Exact Beam Theory

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GXBeam.jl

Meshless large eddy simulation through the reformulated vortex particle method

FLOWVPM.jl

2D path-planning algorithm which uses a receding horizon approach and quadratic Bezier curves.

uav-path-optimization

MATLAB

CCBlade.jl

Blade Element Momentum Method for Propellers and Turbines

A Comprehensive Julia implementation of the Vortex Lattice Method

VortexLattice.jl

Vortex lattice method for inviscid lifting-surface aerodynamics

FLOWVLM

Embedding Julia in the MATLAB process.

Mex.jl

Optimization framework for nonlinear, gradient-based constrained, sparse optimization problems.

SNOW.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.

ImplicitAD.jl

Three-dimensional panel method for high-Reynolds aerodynamics

FLOWPanel.jl

Julia wrapper for the 2D airfoil panel code XFOIL

Xfoil.jl

A Python bridge to Matlab's fmincon (requires a Matlab license).

pyfmincon

Julia wrapper to OpenMDAO

OpenMDAO.jl

Julia interface to SNOPT (must obtain a licensed copy of SNOPT separately)

Snopt.jl

Wind farm tools based in Julia

FLOWFarm.jl

Tools for computational aeroacoustics

FLOWNoise

Two case studies designed to study variability in optimization approach and wake models for wind farm layout optimization. In accordance with IEA Task 37.

iea37-wflo-casestudies

Aeroelasticity.jl

Methods for the manipulation of geometric data, grid generation, and visualization formatting.

GeometricTools.jl

Turbine acoustic model using the BPM equations developed by Brooks, Pope, and Marcolini

bpm-turbine-acoustics

Fortran

xfoil_light

Shared library version of XFOIL, with the GUI features removed

Fortran

BPM.jl

A semi-empirical code for modeling the acoustics of propellers and turbines

A collection of mathematical functions or convenience methods we frequently use that are not already readily available in Julia packages

FLOWMath.jl

Wind Farm Visualizer: A full 3D geometry and wake visualization tool

WFVisual.jl

6-DOF nonlinear dynamic model (primarily for aircraft)

SixDOF.jl

A simple python module for using a variety of wake models in a single wind farm optimization structure.

PlantEnergy

Simple aircraft analysis and design tools for ME 415. Currently focused on eVTOL.

me415-aircraft-design

Modified Jensen wake model to predict losses in 3D space

Jensen3D

Easily model and obtain analytic derivatives of arbitrarily complex coupled systems

CoupledSystems.jl

Parameterized VAWT wake model using CFD wake data

vawt-wake-model

Beam Finite Element Method

BeamFEA.jl

Tools for airfoil polar preparation and processing

AirfoilPrep.jl

Study on wind farm optimization under uncertainty supported by NSF Grant #1539384

windfarm-ouu

Aerodynamics of multiple vertical axis wind turbines using a modified Actuator Cylinder approach

vawt-ac

Julia wrapper of ExaFMM with modifications for a vortex solver

FLOWExaFMM.jl

A Julia package to import geometry created using OpenVSP into Julia

VSPGeom.jl

Jupyter notebooks to accompany MDO textbook

MDOnotebooks

Variable reduction of the wind farm layout optimization problem

stanley2019-variable-reduction

Educational Content on Optimization Under Uncertainty with Applications in Wind Energy

ouu

A flexible, multi-kernel implementation of the fast multipole method in the Julia language.

FastMultipole

A lab-wide notebook to document relevant theory, tutorials, tools, etc.

flowlab-notebook

TeX

Splines.jl

Wrapper for MATLAB's fmincon

Fmincon.jl

Jupyter notebooks for BYU ME EN 415: Flight Vehicle Design

415notebooks

Rotor geometry files used in rotor-rotor investigation

schenk2020-rotor-geometries

grad-handbook

A handbook to help graduate students (particularly in the FLOW Lab)

iec-turbine-optimization

Case Studies on Wind Turbine Optimization for IEA Task 37 WP 3.1

stanley2018-turbine-design

Convenient optimization framework parameter manipulation in Julia

OptimizationParameters.jl

thomas2021-opt-fidelity

A simple horizontal-axis wake model based on a Gaussian distribution

gaussian-wake

Fortran

Atmosphere.jl

Code for parsing NMEA data

415gps

DiscreteAdjoint.jl

Takeoff and Performance Tradeoffs of Retrofit Distributed Electric Propulsion for Urban Transport

moore2019multipropopt

Mac app that users Crossref api to find citation and automatically import BibTeX into BibDesk

bibteximport

Scripts to reproduce results in "Using Blade Element Momentum Methods with Gradient-Based Design Optimization"

ning2020-bem

Package containing motor, motor controller, and gearbox models: analatical and semi-empirical

MotorPower.jl

Autopilot for ME415: Flight Vehicle Design

415autopilot_ws

A simplified pyoptsparse interface. Mainly for students in my optimization class.

pyoptsparsewrapper

Doublet Lattice Method written in Julia

DLM.jl

Julia wrapper for ASWING (A licensed copy of ASWING must be obtained separately).

BYUFLOWLab.github.io

FLOW Lab Website

HTML

Aswing.jl

A collection of wind rose data for use in the BYU FLOW Lab

wind-rose-data

Collection of methods for working with composite layups

Composites.jl