uziuzihan

uziuzihan's Stars

• Consensys/ethereum-developer-tools-list

  A guide to available tools and platforms for developing on Ethereum.

  5.4k170481.3k

• Tecplot/handyscripts

  Useful PyTecplot and Tecplot Macro Scripts.

  Language:Jupyter Notebook10719568

• guillemborrell/thermopy

  Python library for thermodynamics.

  Language:Python539123

• xiaoyuxie-vico/PyDimension

  Dimensionless learning codes for our paper called "Data-driven discovery of dimensionless numbers and governing laws from scarce measurements".

  Language:Jupyter Notebook33226

• dineshpinto/nft-analytics

  Modeling Ethereum NFTs using lognormal models and trait based pricing

  Language:Jupyter Notebook20203

• hemil26/NFT-Dataset

  Includes data about over 250 NFT Collections

  Language:Jupyter Notebook19113

• drewvecchio/StructuralGT

  A python package for the automated graph theory analysis of structural network images

  Language:Python15203

• bh2smith/dunecon-workshop

  Dune client tutorial for Dune Con 2022

  Language:Python13200

• elejeune11/Mechanical-MNIST-Cahn-Hilliard

  Language:Python11112

• josephbakarji/bucki-data

  Machine learning algorithms for discovering dimensionless groups from simulation and experimental data

  Language:Jupyter Notebook11103

• ddietze/pyUVVIS

  A python GUI for UV/VIS spectroscopy.

  Language:Python8223

• Yamanaka-Lab-TUAT/phase_field_seminar

  PCoMS seminar series 2022 @ Tohoku University

  Language:Jupyter Notebook7002

• dennist26/cahn-hilliard-tumour-fenics

  A Finite Element Approximation of a Cahn--Hilliard Tumour Model with FEniCS, by Dennis Trautwein (2020).

  Language:Python6102

• smithakolan/NFT-Big-Data-Analysis

  Language:Python6202

• oytang/magic-material

  An integrated framework for materials property prediction and inverse design. This is a structured solution for one of the Physical Science Challenges of ai4science hackathon (https://ai4science.io/).

  Language:Jupyter Notebook5103

• BioComputingUP/mocafe

  mocafe: modeling cancer with FEniCS

  Language:Python4601

• hronellenfitsch/inversedesign

  Code used in the paper, H. Ronellenfitsch, N. Stoop, J. Yu, A. Forrow, and J. Dunkel. “Inverse design of discrete mechanical metamaterials”. Physical Review Materials 3 (Sep. 2019), 095201. doi: 10.1103/PhysRevMaterials.3.095201

  Language:Jupyter Notebook4100

• sedaoturak/vae_cahn-hilliard

  Generative model variational autoencoder (VAE) implementation for the predictions of phase separation in binary alloys

  Language:Jupyter Notebook4200

• BrainAnnex/life123

  Dynamical modeling of biological systems in 1, 2 and 3D - incl. diffusion, reactions & compartments (Python, JupyterLab, Plotly)

  Language:Jupyter Notebook3201

• cwaidmann/Dimensional-Analysis

  Find the relevant dimensionless parameters for a physics problem from a given set of physical variables in accordance with the Buckingham Π theorem

  Language:Jupyter Notebook2100

• Matt00n/reaction-diffusion-equations

  Language:Jupyter Notebook210

• mdelmans/morphosolver

  FEniCS-based simulator of reaction-diffusion equations on growing domains

  Language:Python2100

• pozzo-research-group/c-wolf-blends-morphology

  This repository includes the analysis scripts for a work in progress on blends of a conjugated polymer and polystyrene. The data will be made available as supplemental material once the work is published.

  Language:Jupyter Notebook2100

• SMU-Rainflow/Calculator-For-Diffusion-Coefficient

  基于PyQt5开发的扩散系数计算器

  Language:Python2200

• Toniaac/Membrane-NLP

  Language:Jupyter Notebook210

• wilocw/cahn-hilliard

  Language:Jupyter Notebook2201

• arifurrahmanx/gelation-time-model

  Polymer gelation time

  Language:Jupyter Notebook1

• nathan-barry/fractal-dimension-calculator

  A fractal dimension calculator using Python, scikit-learn, etc.

  Language:Jupyter Notebook1101

• sdawley1/UV-Vis-Curve-Fitting

  AS.030.421 Homework #5: UV/Vis Curve Fitting

  Language:Jupyter Notebook1

• TanJinDa94/July-2022-Polymer-SI-Files

  Upload of Relevant Files for the SI of the Polymer Paper in July 2022

  Language:Jupyter Notebook1