Physics-based simulation tools developed by Antranova Engineering AB. Each simulator demonstrates how a real technical system can be reconstructed as an interactive model for analysis, fault investigation, and education.
Do you need to simulate a technical phenomenon, analyse an operating case, or create a practical training tool for plant personnel? Contact Antranova Engineering AB. Here, nearly thirty years of engineering experience are combined with modern AI-supported model development to make complex systems understandable, testable, and visual.
| Simulator | Domain | ID | Version | Launch |
|---|---|---|---|---|
| CDS-100 — Cooling Loop Process Simulator | Process and cooling systems | AntraSIM-0000 | v1.0.3 | Launch |
| Pump Flow Discontinuity Simulator | Pump analysis | AntraSIM-0010 | — | Launch |
| Pump Network Simulator | Pump systems and pipe networks | AntraSIM-0020 | v1.0.1 | Launch |
| h–s (Mollier) Diagram Simulator | Thermodynamics | AntraSIM-0050 | v1.1.0 | Launch |
| T–s Diagram Simulator | Thermodynamics | AntraSIM-0060 | v1.1.0 | Launch |
| Xe-135 / Sm-149 Poisoning Simulator | Reactor physics | AntraSIM-0070 | v1.0.2 | Launch |
| Point Kinetics Simulator | Reactor kinetics | AntraSIM-0080 | v1.0.0 | Launch |
| Decay Heat Simulator | Reactor thermal analysis | AntraSIM-0090 | v1.0.2 | Launch |
| Neutron Moderation Simulator | Reactor physics | AntraSIM-0100 | v1.0.0 | Launch |
| Neutron Life Cycle Simulator | Reactor physics | AntraSIM-0110 | v1.0.0 | Launch |
| Two-Group Diffusion Core Simulator | Core physics and control rods | AntraSIM-0120 | v1.0.0 | Launch |
| Reactor Startup Simulator | Reactor kinetics | AntraSIM-0130 | v1.0.0 | Launch |
| Reactivity Coefficients Simulator | Reactivity feedback | AntraSIM-0140 | v1.0.0 | Launch |
| Fuel Burnup Simulator | Fuel burnup | AntraSIM-0150 | v1.0.0 | Launch |
| BWR Power Flow Simulator | BWR dynamics | AntraSIM-0160 | v1.0.0 | Launch |
A physics-based simulator of an industrial cooling and heating circuit. Includes live P&ID with pump and valve controls, real-time trend charts, PID regulation, alarm handling, and a 3D system view. Demonstrates how a process system can be reconstructed and analysed as an interactive model — showing flow, heat transfer, and transient behaviour across operating scenarios.
Launch simulatorAn analytical simulator for studying discontinuous flow behaviour in pump systems. Visualises how pump curve shape, system resistance, and operating speed interact to produce low-flow stall, recirculation, and abrupt transitions between flow regimes. Relevant for pump selection, protection strategy, and fault analysis in industrial systems.
Launch simulatorA network solver for multi-pump systems. Define pump characteristics, pipe resistances, and network topology; the solver computes steady-state operating points across all branches using node-branch analysis. Supports parallel and series pump configurations. Suitable for design verification and fault investigation in complex pump networks.
Launch simulatorAn interactive h–s (Mollier) diagram for water/steam based on IAPWS-IF97 (regions 1, 2, 3, and 4). Place state points by clicking or by entering p/T/h/s/x, connect them into real process paths, and read off efficiency, enthalpy drop, and steam quality directly. Includes isobars, isotherms, quality lines, and isochores, independent process paths, and export/import of the complete workspace settings.
Launch simulatorAn interactive T–s diagram for water/steam based on IAPWS-IF97 (regions 1, 2, 3, and 4). Shares the same calculation kernel as the h–s simulator but plots temperature on the ordinate, making heat transfer visible as the area under the process path. Isobars, isenthalps, and quality lines, state points by clicking or by p/T/h/s/x entry, and independent process paths with complete workspace settings export/import.
Launch simulatorA point-depletion model for the I-135 → Xe-135 and Pm-149 → Sm-149 chains under simple or table-driven reactor-power histories. Shows fission-product poisoning transients, equilibrium levels, restart behaviour after power changes, and reactivity effect in pcm and dollars, with editable constants, scenarios, configuration handling, and export.
Launch simulatorSix-group point kinetics with prompt and delayed neutrons plus simplified fuel-temperature and moderator-void feedback. Compare RK4 and explicit Euler, inspect transients for power, reactivity, precursor concentrations and feedback effects, and run the built-in verification suite directly in the browser.
Launch simulatorCompares a simplified ANSI/ANS 5.1-2005 table interpolation with a legacy ANS-79 power-law approximation for decay heat after reactor shutdown. The tool provides log and linear plots, an inspection point, MWth results, relative model difference, and export of results and configuration.
Launch simulatorA Monte Carlo model of elastic neutron slowing-down in moderators such as light water, heavy water, graphite, and beryllium. Shows energy loss per collision, collisions to thermalisation, moderating power, and comparisons with analytical reference calculations.
Launch simulatorA neutron-balance simulator from generation to generation using the six-factor formula, non-leakage probabilities, branching-process behaviour, and shutdown-margin reactivity components. Supports training on criticality, reactivity, leakage, and core margins.
Launch simulatorA core-physics model for flux shapes, control-rod worth, and reactivity contributions. Uses axial and radial flux shapes with first-order perturbation theory and neighbouring-rod shadowing to visualise rod patterns, marginal worth, and insertion sequences.
Launch simulatorSix-group point kinetics with a neutron source for startup transients, subcritical multiplication, rod withdrawal, and counting statistics. Shows how reactivity, power, period, and measurable signal evolve during a controlled startup from low neutron level.
Launch simulatorA model for Doppler broadening of a representative U-238 resonance and moderator-density effects on reactivity. Visualises Doppler contribution, moderator temperature coefficient, void effect, boron influence, and combined power-defect behaviour.
Launch simulatorA zero-dimensional one-group burnup model for uranium, plutonium, fission products, and gadolinia. Computes isotopic evolution, reactivity history, cycle length, and axial zoning with a fixed power shape for training and principle analysis.
Launch simulatorA BWR manoeuvring model with point kinetics, void, Doppler and pressure feedback, steam balance, and a power-flow map. Enables study of flow changes, rod manoeuvres, bypass demand, and pressure set-point changes as coupled reactor-dynamics transients.
Launch simulatorDisclaimer: All simulators are principle simulators intended exclusively for demonstration purposes. They have not been validated against real installations and must not be used as a basis for technical evaluations, dimensioning, safety assessments, or decisions regarding actions in real systems.
