Dataset Intelligence

Open-Source / Community

PWR-SMR-2026-01 (Community Edition)

1518 CasesPhysics Engine: OpenMC3,500+ Active Downloads

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Technical Specifications

  • Core Architecture

    PWR-SMR

    Generic Integral Layout

  • Lattice Config

    17x17

    Standard PWR Assembly

  • Fuel Comp

    UO2 <5%

    Low Enriched Uranium

  • Physics Engine

    OpenMC

    Continuous-Energy Monte Carlo

  • Accuracy

    -339 pcm

    Code-to-Benchmark Bias

  • Fidelity

    12.5M

    Active Histories per Case

Reactor blueprint background

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PWR-SMR-2026-01 (Community Edition)

Downloads

3,500+

Active Downloads

LIVE TRACTION

Scale

1,518

High-Fidelity Statepoints

Fidelity

OpenMC

Continuous-Energy Monte Carlo

Compliance

Zenodo Verified

OECD/NEA & NRC Standards

A globally trusted, peer-validated open-source framework for SMR anomaly detection. Built entirely on Python and containerized OpenMC pipelines, the Community Edition provides researchers worldwide with 1,518 mathematically rigorous, high-fidelity reactor configurations—simulating critical operational perturbations, coolant void fractions, and thermal-hydraulic feedbacks without enterprise licensing barriers.

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Verification & Validation (V&V)

Read V&V Report

Numerical Stability

0.04%

Shannon Entropy Drift

PASS (<0.1%)

Industrial Accuracy

-339 pcm

Code-to-Benchmark Bias

HIGH FIDELITY

Physics Feedback

  • ✔Doppler (Negative)
  • ✔Rod Worth (Negative)
  • ✔Void Coeff (Negative)

DOI 10.5281/zenodo.20580217

View V&V PaperExplore on Hugging Face