A post-processing tool that transforms standard G-Code into non-planar movements.
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Updated
May 18, 2024 - G-code
A post-processing tool that transforms standard G-Code into non-planar movements.
The project on the path to develop automation of post-processing in additive manufacturing
Repository of scripts for the parametric generation of three-dimensional auxetic truss lattice materials
Grasshopper algorithm for FRC-inspired scaffold generation.
Generate time dependent boundary conditions from a .gcode file.
Master Thesis Project of a hybrid printer for polymer filament and low-melting-point metal filament manufacturing.
Additív gyártás, 3D nyomtatás, 3D tervezés
A hybrid machine learning framework for clad characteristics prediction in metal additive manufacturing
Fuzzy Guacamole Controller is a custom Raspberry Pi OS designed to make 3D printing as user friendly and trouble free as possible. It provides a web interface for uploading and executing print jobs on any 3d printer that runs Marlin firmware.
A machine learning framework for prediction, optimization, and anomaly detection in DED trace geometrical features using various ML/DL models.
Qualify-As-You-Go Sensor Fusion, Process Zone Signatures and Deep Contrastive Learning for Multi-Material Composition Monitoring in LPBF Process
A Comprehensive, Chronologically Sorted Literature Database on the State of the Art in Additive Manufacturing with Cementitious Materials. Links to Open-Access Fulltexts are provided. Updated Quarterly
A collection of guides relating to various aspects of 3D printing.
P3 is network of Additive Manufacturing Service, allowing makers to build stuff wherever, whenever.
Deep learning-based monitoring of laser powder bed fusion process on variable time-scales using heterogeneous sensing and operando X-ray radiography guidance
Public repository for AM/3DP. It's a work in progress, so if you see something that needs attention please contact me. -BH
opt.io is a MATLAB-based tool that solves basic topology optimization problems, using topology optimization source code modified from Ferrari et Sigmund's 2020 paper. Materials, loads, constraints, and algorithm settings can be manually specified, with 3D viewing and STL export options.
Finite Element code to compute separation force on parts printed using constrained-surface stereolithography
Python software to facilitate multi-head 3D Printer control, provide print time duration estimates, and calculate energy and material consumption.
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