resFal

resFal is a software library designed for managing and processing resonant frequency data. It provides a set of tools and algorithms to analyze vibrational modes, identify natural frequencies, and simulate the behavior of structures under dynamic loads. The library is written in Python and aims to offer a user-friendly interface for both researchers and engineers working with acoustics, mechanical engineering, and structural analysis.

Key features of resFal include functions for finite element model import, modal parameter extraction, and visualization of mode shapes. It supports various input formats commonly used in simulation software and allows users to customize analysis parameters. The library also includes methods for damping estimation and the prediction of system responses to external excitations.

resFal is intended to be a modular and extensible platform, allowing for the integration of new analytical techniques and data processing methods. Its development focuses on providing efficient and accurate solutions for common problems in vibrational analysis. The library is distributed under an open-source license, encouraging community contributions and widespread adoption. Users can typically install resFal using standard Python package managers.