Python package for extracting dispersion curves from multichannel surface wave recordings using FK, FDBF, Phase-Shift, and Slant-Stack transform methods. Includes a Tkinter GUI and CLI for full MASW workflow automation, including MASW 2D pseudo-section processing.

Desktop application for visualizing geophysical dispersion curves, shear-wave velocity profiles, and layered soil models, with native support for Geopsy Dinver outputs including .target and .report files. Features an interactive PyQtGraph canvas and a Matplotlib Studio for producing publication-quality figures exportable to PNG, PDF, SVG, EPS, ...

Qt-based desktop application for interactively editing, filtering, and exporting surface wave dispersion curve picks from MASW and passive seismic array data. Supports multi-format import (MATLAB, Geopsy, CSV) with undo/redo, statistical averaging, and a publication-figure export wizard.

Nonlinear dispersion curve inversion using Dix-type approximation

Décorticage les jeux de données commerciale pour faciliter la prise de décision appuyée sur data: sortir les business insights, identifier les anomalies et des opportunités

Python script to analyze .OVF files to plot magnonic dispersion curve and spatio-temporal variation of spin-waves.

Dispersion and Attenuation Analysis of Love Waves in Isotropic Viscoelastic Media

A statistical analysis of the results obtained with the Einstein Boltzmann board presented as an assignment for the subject SME0123 - Statistics

A variant of QSEIS, for calculating synthetic f-k spectrum (dispersion curves) based on a layered elastic halfspace model