HamidgLUSE

HamidgLUSE's Stars

• rdkit/rdkit

  The official sources for the RDKit library

  Language:HTML2.6k823.2k866

• lmfit/lmfit-py

  Non-Linear Least Squares Minimization, with flexible Parameter settings, based on scipy.optimize, and with many additional classes and methods for curve fitting.

  Language:Python1.1k31371273

• PatWalters/practical_cheminformatics_tutorials

  Practical Cheminformatics Tutorials

  Language:Jupyter Notebook7834510138

• SMTorg/smt

  Surrogate Modeling Toolbox

  Language:Jupyter Notebook67029149201

• XiongPengNUS/rsome

  Robust Stochastic Optimization Made Easy

  Language:Python28243954

• BioSTEAMDevelopmentGroup/biosteam

  The Biorefinery Simulation and Techno-Economic Analysis Modules; Life Cycle Assessment; Chemical Process Simulation Under Uncertainty

  Language:Python1751511635

• ibpsa/modelica-ibpsa

  Modelica library for building and district energy systems developed within IBPSA Project 1

  Language:Modelica1423089284

• kmansouri/OPERA

  Free and open-source application (command line and GUI) providing QSAR models predictions as well as applicability domain and accuracy assessment for physicochemical properties, environmental fate and toxicological endpoints. ==================>Download the latest compiled version from the "releases" tab and run the executable installer.

  Language:MATLAB90104440

• NIEHS/OPERA

  Free and open-source application (command line and GUI) providing QSAR models predictions as well as applicability domain and accuracy assessment for physicochemical properties, environmental fate and toxicological endpoints. ==================>Download the latest compiled version from the "releases" tab and run the executable installer.

  Language:MATLAB6815020

• AleksandarHaber/Model-Predictive-Control-Implementation-in-Python-1

  Here, we post the codes that implement the Model Predictive Controller (MPC) for linear systems.

  Language:Python67206

• DLR-SR/ThermofluidStream

  The DLR Thermofluid Stream Library

  Language:Modelica60116727

• watertap-org/watertap

  The WaterTAP development repository

  Language:Python59941557

• ORNL-Modelica/TRANSFORM-Library

  A Modelica based library for modeling thermal hydraulic energy systems and other multi-physics systems

  Language:Modelica58163125

• amvro23/essentials-ChEng

  A repository with examples on essential knowledge of chemical engineering.

  Language:Jupyter Notebook48105

• MarekMatejak/Chemical

  Modelica Library of Chemical and Electrochemical Processes

  Language:Modelica45141220

• AI4ChemS/Eunomia

  Chemist AI Agent for Developing Materials Datasets with Natural Language Prompts

  Language:Python34124

• wwtmodels/Activated-Sludge-Models

  26109

• CryPTSys/PharmaPy

  A numerical platform for the digital design of pharmaceutical processes

  Language:Python2351014

• wwtmodels/Anaerobic-Digestion-Models

  Language:Jupyter Notebook20337

• CODES-group/opyrability

  Python-based Process Operability Package

  Language:Python16293

• kirenz/time-series-analysis

  Language:Jupyter Notebook16204

• CAChemE/Mathematical-Optimization

  Mathematical programming (a.k.a. optimization) examples solved with Pyomo (Python)

  Language:Jupyter Notebook11506

• jrcramos/Hybrid-modeling-of-bioreactor-with-LSTM

  Deep hybrid modeling of bioreactor cell culture data using Long Short-Term Memory (LSTM) networks combined with first principles equations

  Language:MATLAB10112

• biosustain/pseudobatch

  The Pseudobatch transformation is a method to easy analysis of measurement from a fed-batch fermentation process. After transformation, the data can be analysed as if it was obtained from a batch fermentation process. The Pseudobatch transformation is especially useful for fed-batch processes where samples where drawn from the bioreactor.

  Language:Jupyter Notebook5716

• JohanLeNepvou/YeastFermentation

  Automation and Control of Yeast fermentation, course exercise in Python

  Language:Jupyter Notebook40

• eawag-surface-waters-research/ChemEQL

  Developing ChemEQL

  Language:Java345

• gashawmg/solubility_web_App_partI

  As part of the solubility app development, this notebook was used to select and train machine learning model

  Language:Jupyter Notebook3100

• omega-icl/pydex

  An open-source package for optimal continuous experiment design.

  Language:Python30

• datadrivencontrol/anaerobic-bioreactor

  Anaerobic bioreactor

  Language:MATLAB2508

• gashawmg/Water-Solubility-Web-App-Part-II

  Language:Python110