A visual tool to aid engineers with the design process for mechanisms, cams, and gears.
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Updated
May 30, 2025 - Python
A visual tool to aid engineers with the design process for mechanisms, cams, and gears.
Strength calculation (ISO 6336, AGMA 2001) and geometry export for spur, helical, double helical and internal gears
Algorithm to calculate the optimal tip relief modification on spur gear teeth that minimizes the meshing vibration for a certain operating condition.
PIL wrapper to draw multiple geometric shapes in a single call
Python library for powertrain analysis
FreeCAD macro to animate the connection/disconnection cycle of an e-axle solenoid-actuated coupling system (concentric design).
Blender add‑on for quickly creating parametric gears with its own GUI. Tooth shape (trapezoidal), radius, number of teeth, thickness, and tooth depth can be conveniently adjusted in the N‑panel. Ideal for 3D printing, animation, and technical visualizations.
Plain English → exact, manufacturable CAD (STEP/B-rep). The LLM picks parts, params and mates; deterministic geometry and solvers do the rest — and it declines honestly when it can't build something.
Mechanisms for IngeTrazo: joints, motors, dynamics, shocks, collisions, video — Mécanismes pour IngeTrazo
This project promotes the concept of Design as an API: a mechanical design toolkit using JSON-driven solvers to automate textbook machine design calculations.
Autodesk Fusion add-in: herringbone, helical and bevel (straight, skew, spiral, Gleason) involute gears with joints, motion links and a gear train check; English and Russian UI
DXF, STL and G-code files of involute gears (pressure angle 14.5° and 20.0°).
Fusion 360 API scripts: parametric parts that check their own engineering (planetary gear phasing, flexure strain, snap-fit DFM) plus draft, STEP and STL verification tools
Functional, mathematically verified 3D reconstruction of the Antikythera Mechanism in Blender 5.2: 69 gears, exact kinematics, museum renders, 3D-print files, READMEs in 9 languages
Predict transcriptional responses to genetic perturbations, evaluated against baselines that are hard to beat.
Fusion 360 script that generates ABENICS spherical gears: the cross spherical gear and both monopole gears, in mesh and ready to print.
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