UMAT4COMSOL: An Abaqus user material (UMAT) subroutine wrapper for COMSOL
Library that includes standard material models (phenomenological laws) as well as implementations of multiscale homogenization schemes for the modeling of microscopically heterogeneous materials.
a FreeCAD workbench and solver for performing collapse analysis of structures and soil bodies
Elastic-Plastic Deformation on a 2-D Plane
Fit and manipulate a few probability distribution functions on the unit S2 sphere.
Binary classification model in Keras to approximate von Mises yield criterion
A Python tool for visualizing classical plasticity yield criteria (Tresca, von Mises, Drucker-Prager) in 3D principal stress space, 2D plane stress, and the deviatoric π-plane — with a simple GUI and a question-and-answer CLI, and schematic or real-valued plots.
Efficient Simulation of the von Mises Distribution
Simulates insect-like motion to create artistic line drawings inspired by Yukinori Yanagi’s Wandering Position
Program to design and analyze Von Mises Airfoils with conformal mapping
Von Mises mixture model for median-plane sound localisation metrics (Forum Acusticum 2026)
Implicit return-mapping J2 plasticity in NumPy: Armstrong-Frederick kinematic + power-law isotropic hardening, thin-walled tube under nonproportional axial-torsion loading, load-history effects
Performed FEA-based structural analysis of an engine piston in CATIA V5, comparing Aluminum Alloy vs Aluminum Graphite under cyclic load — determined Von Mises stress of 3.25×10⁴ N/m² confirming design safety
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