Analysis of an arbitrary cross-section in python using the finite element method.

A curated collection of Python examples for optimization-based solid simulation, emphasizing algorithmic convergence, penetration-free, and inversion-free conditions, designed for readability and understanding.

Calculate section properties for reinforced concrete sections.

Framework for Data-Driven Design & Analysis of Structures & Materials (F3DASM)

Code base for PeriPy, a lightweight, open-source and high-performance package for peridynamic simulations written in Python - a collaboration between Exeter, Cambridge & Turing

CRATE: Accurate and efficient clustering-based nonlinear analysis of heterogeneous materials through computational homogenization

Computational mechanics framework for rough surfaces and fractures.

A bond-based peridynamics code written in pure Python

Structural Engineering tool for 2D Moment Curvature

Constitutive hyperelastic material formulations for FElupe.

Overlapping finite element meshes in AMORE

Software modules for modelling and simulation

A PINNs framework for solving fracture mechanics problems

YASPHPy (Yet Another SPH Python code) is a personal side project for learning to code SPH on Python.

A Python Library for Hyperelastic Material Model Fitting

Numerical simulation environment of constrained multi-body systems in python.

Prototype for a finite elements library in Python

A comprehensive Python library for structural engineering analysis implementing theoretical frameworks for beams, columns, plates, and other structural elements with full type safety and analytical verification.

HyperSmart is a Python-based scientific tool for automated hyperelastic model selection, parameter calibration, and centralized experimental data management. It features a Tkinter GUI, YAML data storage, and numerical methods (Enumeration & Bayesian Updating) for material modeling.

🛠 Fit hyperelastic and Mullins effect material models to experimental data with HyperFit, a versatile Python library for robust computational mechanics.