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SEIR
Generalized SEIR Epidemic Model (fitting and computation)SSICOV
The modal parameters of a line-like structure are automatically identified using an SSI-COV algorithm applied to ambient vibration dataAFDD
Automated Modal parameters identification from ambient vibrations measurement using the FDDpolarPcolor
polarPcolor draws a pseudocolor plot in polar coordinates with a polar grid.windSimFast
A three-variate turbulent wind field (u,v and w components) is simulated in three-dimensions.earthquakeSim
Ground acceleration records are simulated using the non-stationnary Kanai–Tajimi modelOMA_1SDOF
Damping ratio estimation from ambient vibrations (SDOF)windSim_textBased
Wind turbulence generation using text-based input filesEPSD
Evolutionary Power Spectral Density (EPSD)trafficIdentification
Matlab algorithm to automatically identify key vehicle characteristics from vibrations data collected on a suspension bridgeASD
Converting acceleration to displacements recordsskewWindSim
Matlab code to generate atmospheric turbulence for skew flow. Application: Wind engineering, structural dynamics, boundary layer meteorology.modalID_singleSensor
Modal identification of the eigenfrequencies and damping ratios of a line-like structure with a single accelerometerdynaResp_beam_TD
The dynamic displacement response of a line-like structure to an uncorrelated Gaussian white noise input is computed in the time domain.readWindsurferNORA3
WINDSURFER/NORA3, hindcast 3km hourly 2D wave spectra and instantaneous wave fieldsANN_profileAtm
Code to get information on the vertical profile of the along-wind standard deviation in the atmospheric boundary layer with a shallow neural networkMannModel1994
Numerical implementation of the uniform-shear model by Mann (1994)TurbulenceLengthScales
Matlab functions to compute the integral and turbulence length scales in the atmospheric boundary layerscatterWindRose
Plot a wind rose as a scatter plotNORA3
Matlab script to read the NORA3 atmosphere hindcast and interpolate the mean wind speed profilesdynaRespFD
The dynamic response of a suspension bridge to wind turbulence is computed in the frequency domain.zombieInfectionModelling
Matlab code for the simulation of a zombie outbreak using a compartmental modelEkman1D
Variable eddy viscosity Ekman layer in the ABL (1D)GEV
The GEV distribution is calculated with and without the Matlab statistical toolbox for wind dataeigenBeam
Computation of the eigenfrequencies and mode shapes of a simple beamGMetCoOp
Automated and remote data extraction of MetCoOp-Ensemble Prediction System datafitMann1994
The parameters of the Uniform Shear Model are estimated in the least-square sensebinAveraging
Averaging noisy data into binsviridis_white
A modified Viridis colormap where the yellow sequence is replaced by a white onerandomProcess
Minimalist Matlab implementation of a random process generation in one pointdynaRespTD
The coupled dynamic response of a suspension bridge to wind turbulence is computed in the time domainExcitation_SDOF
Harmonic excitation of a SDOFstationaryTests
Matlab functions to test the stationarity of a random processeigenBridge2
The vertical eigenfrequencies and mode shapes of a single-span suspension bridge are computed using the method by Luco et Turmo [1]. For the sake of completeness, the computed modal parameters are compared with those obtained using the method by Sigbjørnsson & Hjorth-Hansen [2] and Strømmen [3].Klipp2018
The friction velocity is computed without the need to correct tilt angle errors using Klipp's methodcohFit
Fitting the co-coherence of turbulenceSST_HD
Matlab functions to import the high-resolution sea surface temperature data from the JPL OurOcean groupChouguleModel2018
Numerical implementation of the uniform shear model including stability by Chougule et al. (2018)tiltCorrection
Tilt-correction algorithms for 3D sonic anemometersaerodyn_ENERGI210
Tutorial for the aerodyn software for teaching in ENERGI210Gaussian_to_nonGaussian
A non-Gaussian distribution is generated from a Gaussian-distributed white noiseeigenBridge
Eigenfrequencies and mode shapes of a suspension bridge are computed using a continuum modelAHP_windResources
Multicriteria decision analysis for wind resource assessment and environmental impactcarbonCycle7Boxes
A seven-box carbon cycle model is implemented in Matlab to simulate atmospheric CO2 concentration from 1750 onwards.FlutterBridge_FD
The coupled flutter velocity of a single-span suspension bridge is computed in the frequency domainLove Open Source and this site? Check out how you can help us