wind-engineering

Preliminary wind site terrain and topographic analysis for Australian buildings using public geospatial datasets.

Matlab code to generate atmospheric turbulence for skew flow. Application: Wind engineering, structural dynamics, boundary layer meteorology.

Matlab functions to compute the integral and turbulence length scales in the atmospheric boundary layer

Compute the resultant force and pressure center (center of pressure) of any pressure-loaded surface — turbomachinery blades, aircraft wings, car spoilers, building walls, hulls, etc. — from surface pressure point clouds. Python + NumPy/SciPy.

A Python/Tkinter calculator for 10-minute wind return levels, associated peak gusts, exceedance probabilities, and squall scenarios.

A browser-based 3D workbench for evaluating high-rise structural performance. Features real-time CFD wind profiles, surface pressure mapping, pedestrian comfort heatmaps, and FSI dynamic structural sway simulations using Three.js.

This is a work in progress, the ultimate goal is to add a comprehensive GUI environment to the Offset Elliptical Normal analysis framework for modeling seasonal and diurnal trends at the local level based on historic data. This can be completed with some knowledge of R using the resources archived at NJ Cook's personal webpage

Per-face aerodynamic roughness (z0) from ESA WorldCover for OpenFOAM atmospheric boundary layer simulations

Cargas de viento a EN 1991-1-4, ASCE 7 y NSR-10: presión de velocidad, orografía, ráfaga, vórtices y exportación BIM / Wind loads to EN 1991-1-4, ASCE 7, and NSR-10: velocity pressure, orography, gust factor, vortex shedding, and BIM export

ML surrogates for wind-tunnel surface-pressure fields: MLP/POD-NN regression and sparse-sensor reconstruction with leakage-safe CV

Structural design automation for single-axis solar tracker torque tubes - IS 875-3 wind, OpenSeesPy static & modal analysis, IS 800 checks, and automatic section selection.