INL Software

Adaptive Coal-to-Liquids Process Modeling and Simulation

Coal-to-Liquids Process Model

Advancing Nuclear Safety: AGN-201 Digital Twin for Real-Time Reactor Monitoring

The AGN-201 Digital Twin provides a pioneering real-time digital representation of the AGN-201 nuclear reactor, enhancing safety and operational insights through advanced data integration and simulation technologies.

AEM: Molecular-Based Battery Electrolyte Optimization and Analysis

Advanced Electrolyte Model, ver. 2.0 (AEM-2.0) Next Generation Electrolyte Model, ver. 2.0 (NGEM-2.0)

AeroDynamics: Integrated Air Property Analysis Software

A library of numerous properties of air that uses the interfaces defined in MOOSE's fluid properties module

ALFRED: All particle in Fission Reactor - Energy Deposition

Precision energy deposition insights for advanced fission research and testing

BayCal: Bayesian Calibration for Simulation Models

Bayesian Model Calib (BayCal)

BIhNNs: Bayesian Inference with Hamiltonian Neural Networks

Efficient Bayesian inference with Hamiltonian neural networks (BIhNNs)

BISON: Nuclear Fuel Performance Code

A finite element-based tool for modeling various nuclear fuel forms, solving thermomechanics and species diffusion equations in complex geometries.

Blackbear: Structural Material Degradation Simulator

Simulates the degradation and response of structural materials like concrete and steel under environmental conditions and loading.

CarbonDynamics: Precision Phase Property Software for CO2

Precision Phase Property Software for CO2

CIVET: Generic Software Build System

Generic build system for software projects

CRA: Visualizing Data for Seamless Commercial Routing

Commercial Routing Assistance (CRA)

EMRALD-2: Dynamic Probabilistic Risk Assessment Tool

A software for dynamic PRA research, simplifying modeling processes and providing an intuitive UI for complex interaction visualization and coupling with other simulation applications.

Falcon: Geological Porous Material Simulation

Models fluid flow, heat transfer, and chemical reactions in geological porous materials, applicable in geothermal, carbon sequestration, and groundwater studies.

Finite-volume Compressible Navier Stokes (CNSFV) in MOOSE

Finite-volume implementation in MOOSE for solving compressible Navier-Stokes equations in computational fluid dynamics.

FROG: Advancing Nuclear Fusion Research with Precision Neutron Generation Simulation

FROG empowers researchers and engineers with a powerful tool to simulate and design fission-to-fusion neutron converters, enhancing nuclear research capabilities with high-energy neutron flux predictions.

FSD: Fire and Smoke Detection Models for Industrial Environments

Modelling Framework for Fire and Smoke Detection in Imagery

FSI: Fluid Strucure Interaction Module

A module for modeling interactions between fluid and deformable solids, applicable in various fields like grid-to-rod fretting and aircraft wing design.

Fusion ENergy Integrated multiphysi-X (FENIX)

FENIX delivers high-fidelity, 3D fusion system modeling through an open-source, NQA-1 compliant framework, enabling comprehensive multiphysics and multiscale calculations.

GEM: Extensible Ontology for Domain-Specific Modeling and Taxonomy

General Entity Model (GEM)

Granular Flow Models: Constitutive Add-ons for ABAQUS

A set of user material subroutines for Abaqus to model granular flow physics with various established models.

Griffin: Reactor Multiphysics Application

A finite element-based tool for coupled neutronics calculations in various reactor types, integrating with MOOSE-based thermal-fluids and fuel performance applications.

GRIZZLY: Nuclear Plant System Degradation Modeling

Simulates degradation and performance of nuclear plant components, focusing on reactor pressure vessels and concrete structures.

HEA: High Entropy Analysis Code

A code for quickly evaluating elemental properties to predict material properties like Young's Modulus, reducing the need for extensive simulations.

Heron: Electrical Grid Economic Viability Tool

Part of the FORCE framework, HERON evaluates the economic viability of electrical grids and integrated energy systems, focusing on uncertain market events.

HFVT: Optimizing Hydropower for Revenue and Environmental Demands

Hydropower Flexibility Valuation Tool

High Fidelity Modeling of a Type-5 Wind Turbine Drivetrain

The purpose of this code is to model a Type-5 wind turbine drivetrain for grid integration and transient stability studies.

HTSE process model: High-Temperature Steam Electrolysis Modeling Tool

High Temperature Steam Electrolysis process model

HYBRID: Transient Process Models for Various Integrated Energy Systems

A collection of transient process models in Modelica for simulating the dynamics of various integrated energy systems and processes in a modular fashion.

IIPG Fracture:

IIPG_Fracture is a numerical tool for modeling crack propagation in brittle materials.

ISOPOD: InverSe OPtimizatiOn and Design

MOOSE-based application for performing inverse optimization on multiphysics modeling and simulation.

kugelpy: Revolutionizing Pebble Bed Reactor Simulations with High-Fidelity Modeling

kugelpy provides an unparalleled framework for high-fidelity, time-dependent simulations of pebble bed reactors, enabling accurate modeling of reactor dynamics and fuel management.

MaCaw: Tracking Particles on Unstructured Meshes and OpenMC for Collision Physics

MaCaw is a prototypical application used for transport calculations of neutral particles. It uses MOOSE for tracking particles on unstructured meshes and OpenMC for collision physics, materials, and tallying.

Magpie: Atomistic Code Integration Software

Links atomistic simulation codes to MOOSE applications, featuring modules for particle motion and ion transport.

MALAMUTE: Simulation Code for Advanced Manufacturing Processes

MOOSE Application Library for Advanced Manufacturing UTilitiEs (MALAMUTE)

MARMOT: Mesoscale Fuel Performance Code

Predicts the evolution of fuel and cladding microstructures under stress, temperature, and irradiation, providing data for larger-scale engineering applications.

Mastodon: Seismic Analysis and Risk Assessment Tool

A probabilistic tool for seismic risk assessment, simulating wave propagation and analyzing risk over time for various soil structures.

MOOSE Framework Electromagnetics (EM) Module

A module for solving Maxwell's equations in multi-dimensional scenarios, supporting a range of boundary and interface conditions, and simulating electric and magnetic fields.

MOOSE Fusion Module: Revolutionizing Fusion Energy Design with Advanced Simulations

The MOOSE Fusion Module dramatically enhances the design and analysis of fusion devices by integrating advanced multiphysics simulations within a modular, high-performance computing framework.

MOOSE: Multiphysics Simulation Environment

A finite-element framework for nonlinear solver technology, supporting various applications like nuclear fuel and reactor multiphysics.

Multiplayer Engineering: Real-time 3D Collaboration Software

A Unity-based software framework enabling real-time collaboration in virtual environments, allowing engineers to interact with and modify engineering models simultaneously, ideal for digital twin development.

MURMUR Mesh Computing Remote Automatic Workflow

MURMUR uniquely automates the generation of synthetic microstructure grain meshes, enhancing microstructure simulations with seamless integration of multiple open-source tools.

MyTRIM: Pioneering Ion Transport Simulations in Materials

Open-Source software providing three-dimensional binary collision Monte Carlo simulations for ion transport in materials

NitroFlow: Dynamic Nitrogen Properties Simulation Tool

A library of numerous properties of nitrogen that uses the interfaces defined in MOOSE's fluid properties module

OMDD: Last-Mile Delivery Optimization with Drone Deployment

Optimization Models for Drone Deployment (OMDD)

Optimizing Reactor Safety and Efficiency: Physics Model for AGN-201 DT Neutronics

The Physics Model for the AGN-201 DT Neutronics is a specialized software tool designed to enhance the operational monitoring of the AGN-201 reactor, utilizing a surrogate model to accurately simulate reactor neutronics based on control rod positions and temperature.

Pronghorn: Advanced Reactor Thermal-Hydraulics Code

Specializes in modeling gas-cooled reactors, filling the gap between detailed CFD and lumped system models.

RACCOON: Interactive Reactor Physics Learning

Reactor Application for Coaching Newbies (RACCOON)

Rancor Microworld: Multi-Unit Operations and Fault Simulation

Simulation Environment for Nuclear Process Control (Rancor Microworld)

RAVEN: Risk Analysis Virtual Environment

A versatile framework for risk analysis, uncertainty quantification, and system optimization, capable of identifying failure-prone regions in complex systems.

RELAP-7: Next-Generation Nuclear Safety Code

An advanced tool for nuclear systems safety analysis, featuring improved models and numerical methods for Risk Informed Safety Margin Characterization.

RELAP5-3D 4.x: Thermal-Hydraulic Nuclear Reactor Analysis

The latest in the RELAP5 series, offering integrated multi-dimensional modeling for transient and accident analysis in nuclear reactors.

REV-C: Rare Earth Element Value Chain Optimization Tool

Gain Comprehensive Insights into the Rare Earth Value Chain to Drive Strategic Decision-Making

ROR Hydro Governor: Real-Time Simulation & Analysis for Low-Head Hydropower Units

Bulb-Style Kaplan Turbine Run-of-the-River (ROR) Hydro Governor and Turbine Model

SEABORG_FIB_TOMO: Validating the Accuracy of 3D Corrosion Modeling at the Mesoscale

The dataset offers a new way to study corrosion by combining elemental and microstructural data from a corroded alloy in a three-dimensional volume

Sockeye: Heat Pipe Simulator

A MOOSE-based tool for predicting heat transfer in heat-pipe-cooled microreactors, focusing on transient conditions and operational limits.

SPRITE (Smart Preprocessing & Robust Integration Emulator)

An open-source suite of analytical and data-driven models that predict the performance of renewable carbon feedstock preprocessing units and system integration.

STM: MOOSE-Based Scalar Field Transport Modeling

A module for simulating scalar field transport, applicable in scenarios like molten salt reactors and plasma physics, integrating with other MOOSE modules.

Storm DEPART: Damage Prediction and Resource Optimization for Utilities

A planning tool for predicting damage to infrastructure from storms, optimizing recovery operations for utilities with detailed damage and resource allocation models.