1zjz Goto Github PK

10-node-tetrahedron-example

Example of the Tet10 being applied to a Cantilever Beam.

aerocombat-project

Aeroelastic Composite Beam Analysis Tool

analysis-of-cantilever-beams-by-matlab

beam-calculator

A calculator for beam deflection, stress, and impacts written in Python and using PyQt5.

beam-deflection-visualiser

A school project to calculate beam deflections with multiple loads for cantilever beam and double supported beam

beammech

Python module for studying deflection and stresses in loaded beams.

bem

Blade Element Method - 46300 Aerodynamics and Wind Turbines

bemturbine

Blade element momentum (BEM) tool for optimization and analyses of horizontal axis wind turbines

biplaneblade

create and analyze biplane wind turbine blades with 1D beam finite elements and 2D cross-sectional analysis

blcode2.0

Simulation of the Beddoes-Leishman model for dynamic stall. Some of the parameters used in the model are changed depending on the airfoil's regime. This version does not rely on MATLAB's libraries of numerical integration.

cantilever-beam-fem

A finite element method analysis of a cantilever beam

cantiliver-beam-deflection

To calculate the deflection at any point of cantilever beam (assuming euler-bernaulli beam theory), castigliano's theorem has been used/

composite-blade-design

Composite material calculation; Normal stress and Shear flow calculation in close profile with multiple close cells; -----------------------------------Bachelor graduation project in TUBS; Mail: [email protected]

daedalusnxt

Aeroelastic Aircraft Design and Simulation Tool

eccomas_2016

Python code of my ECCOMAS 2016 paper 'Timoshenko Beam Element with Anisotropic Cross-Sectional Properties'

euler-bernoulli-beam

Python tools for the finite element model of the Euler-Bernoulli beam.

ex._aeroelasticity_unsteady_bem

Academical assignment for Wind Turbine Aeroelasticity course

harpy

Open-source Tool for Aeroelastic Simulations of Horizontal Wind Turbines

idealbladeshape

Using python with matplotlib and blade element theory, created a model of a wind turbine blade with ideal chord lengths and blade angles.

indeterminatebeam

A solver for 1D indeterminate beams

lac_rotordesign

codes Loads, Aerodynamics and Control

lifting-line-assignment_group11

Files for assignment 2 of Wake/Rotor aerodynamics

lifting-line-model

lifting_line

Lifting line model for AE4135

liftinglineopt

Lifting line computations, wrapped into an optimizer

llopt-hawt

Lifting Line Theory application to Horizontal Axis Wind Turbine Blades

llopt-python

Lifting Line Theory application to Horizontal Axis Wind Turbine Blades

matlab_aeroelasticity

Projects for Aeroelasticty MATLAB codes.

me3220honors

1D element analysis for transverse deflection of a beam

miller-blade-struct

Miller lab structural code for turbine blades.