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GO-MELT: GPU-Optimized Multilevel Execution of LPBF Thermal simulations
Multi-scale Finetuning for Encoder-based Time Series Foundation Models
XTANT-3: X-ray-induced Thermal And Nonthermal Transitions
A Kinetic Monte Carlo super-Lattice code designed to simulate with atomic resolution the kinetics of processes (e.g., PVD, CVD, laser annealing) involving elements, alloys and compounds characterized by the sp3 bond symmetry.
GraphGeneration: Modeling and design of hierarchical bio-inspired de novo spider web structures using deep learning and additive manufacturing
ANSYS-SwiftComp GUI is a graphic user interface integrated into the Main Menu of ANSYS using APDL, which can use the preprocessing and postprocessing capability of ANSYS as a user-friendly GUI for SwiftComp™
This repository demonstrates multiscale modeling of copper heat pipes using machine learning, integrating grain-scale data with FEA via a UMAT. It highlights grain size’s impact on stress, strain, and heat transfer for optimized material design.
ANSYS Workbench extension for multiscale modeling of composite materials using SwiftComp. Provides seamless integration of homogenization, dehomogenization, and failure analysis. Features intuitive GUI for beam, plate, and solid models with built-in visualization tools.
旷视AI智慧交通开源赛道 **非官方**第二名解决方案（初赛/决赛第二名， 0.61447/0.58183）
🍕 Toolkit for multiscale modeling with LAMMPS in Python 3.x. It integrates with LAMMPS-GUI and leverages Large Language Models for rapid prototyping.
Multiscale simulation on the blood coagulation cascade with comparisons between normal and diabetic blood
Surrogates for microstructure property linkages that inherently fulfill the Voigt-Reuss bounds.
Python implementation(s) of common models of brightness/lightness perception that use multiscale spatial filtering
Grain growth and visualization program for multiscale modeling.
Acoustic Communication Underwater Mimicking Sea Classification by Multiscale Deep Features Aggregation and Low Complexity, and Data Augmentation.
A workflow developed to tackle the challenge of building and analyzing biochemical pathway models, combining pre-existing tools and custom-made software.
Code for simulation and validation of Hybrid Discrete-Continuum of cancer growth with applications in 3D cancer cell cultures
Grains growth modeling using cellular automata and monte carlo methods
The ARL Hierarchical MultiScale Framework (ARL-HMS) is a software library for development of multiscale models on heterogeneous high-performance computing systems.
Phase-field fracture modeling of nacre (mother-of-pearl) using dual damage fields for asymmetric mechanical strength analysis. Julia implementation with periodic boundary conditions, automatic differentiation, KKT damage irreversibility, AT1/AT2 formulations, and multiscale homogenization.
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