Numerical framework for reacting systems with detailed kinetic mechanisms
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Updated
Mar 29, 2026 - C++
Numerical framework for reacting systems with detailed kinetic mechanisms
Parameter identification tool aimed at determining pyrolysis parmaeters for FDS
CSTR modeling approach for fluidized bed reactors
CSTR and batch reactor modeling for biomass pyrolysis
Low-Order Modeling of Internal Heat Transfer in Biomass Particle Pyrolysis
Code and LaTeX files for JBAB pyrolysis paper
This is a beginning of creation of the CPDM, Chemical Plant Design Machine. It is the first accurate and industry-oriented application in chemical engineering industry. Unlike Aspen. Created with help of Cursor AI IDE
Particle characterization for the NREL 2FBR system
Break even distance pyrolysis plant and agroforestry farm to optimize the economic feasibility.
Data from R-cubed riser experiments at NREL
PLC control for biochar pyrolysis process
Database design and tools for collecting compound names to identify and determine their ecotoxicological hazard profiles
Data and results for an MPhil Thesis entitled "A morphological and chemical characterization of archaeological charred grain: with implications for isotopic analysis"
Kinetic Monte Carlo Simulation of Plastic Pyrolysis in Python
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