With our innovative technology from IANUS Simulation, we create future-proof solutions that ensure the highest safety standards while simultaneously optimizing efficiency and sustainability. Shape the future of fire protection without compromise – with precise simulations and tailored optimization approaches.
Advanced 3D CFD simulations
Optimize your fire protection planning by utilizing 3D CFD simulations in conjunction with modern numerical methods and high-performance computing techniques.
Customers who are already working with StrömungsRaum®
Secure and efficient fire protection solutions
Our state-of-the-art platform supports you in all phases of fire protection planning and optimization. Achieve the highest safety standards and utilize cutting-edge simulation methods.
Valuable Insights
for Complex Construction Projects.
Optimize your fire protection planning by simulating critical scenarios.
Custom determination of smoke and heat dispersion.
Application in demanding new construction and existing projects.
At IANUS, you receive expert support through all phases of your construction project.
The integrated quality assurance system detects safety objective violations early, saving time as a result.
We are creating a 3D model of your building and simulating the scenarios we have jointly determined.
The automation of analysis and report generation reduces the number of steps and errors.
Analysis of the fire impact.
Do you need a detailed analysis of how a fire incident impacts your building? With our advanced automation, we can evaluate the following parameters for you:
Fire spread
Propagation paths and density of smoke gases
Temperature and velocity fields
Surface temperatures
Heat fluxes through radiation and convection
In this way, we can make informed decisions and develop customized fire protection concepts together with you.
Our Proposal
IANUS supports you at every stage of your project – from design through approval to execution.
At IANUS, you receive expert support throughout all phases of your construction project.
With our extensive experience, including in large-scale projects, we guide you from design to approval, ensuring seamless integration into existing planning teams.
We assist you with all questions and concerns!
After the initial consultation, we create a 3D model of your building and simulate the scenarios we defined together.
Additionally, we handle the coordination with project participants and the approving authorities.
The final result will be provided to you as a report for submission in the approval process.
With our 3D simulations based on your building model, you make no compromises.
The integrated quality assurance system detects security objective violations at an early stage, thereby saving time. The automation of evaluation and reporting reduces workflow steps and errors.
This is how we ensure the highest quality standards and increase acceptance with the authorities.
Did you know...
The heat release rate and the ventilation conditions are the most important input data for a fire simulation. The heat release rate represents the design-relevant fire development.
Together with the other fire characteristics, it constitutes the so-called design fire. The ventilation conditions, which determine air exchange and oxygen supply, significantly affect the intensity and spread of the fire.
We assist you, in coordination with authorities and specialist planners, in defining sensible values for these two parameters, to create realistic and meaningful fire scenarios for your application.
Precise risk assessment
Adaptation to individual building requirements
Efficient measures for risk reduction
You provide the building geometry.
We handle the rest!
Simple process flow for your fire protection needs:
Comprehensive service for straightforward utilization
We handle:
Preliminary Analysis
Verification of the protection goals to be met, with additional simulations if necessary
Coordination with you, the approving authorities, and the specialist planners
Detailed analysis and preparation of the final report
Setup of the simulation including aligned boundary conditions
Expert support if you wish to simulate independently
