Fire & Smoke Propagation Modelling | Advanced Fire Engineering

Advanced Fire & Smoke Propagation Modelling

Fire Engineering is the application of scientific and engineering principles to protect people, property, and the environment from the destructive effects of fire. While compliance with prescriptive guidance (like Approved Document B) is essential, our advanced Fire Engineering services go further.

Predicting Fire Behaviour

This advanced service encompasses both Computational Fluid Dynamics (CFD) and other analytical methods to accurately predict the movement and behaviour of fire, smoke, and heat within a structure. We provide specialist design expertise to achieve regulatory compliance and optimal safety, often resulting in design flexibility and cost efficiencies compared to rigid, traditional approaches.

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Validating Safety with Advanced Modelling

Our team provides comprehensive consultancy that integrates advanced fire modelling with practical, cost-effective design solutions. Modelling is essential for testing the effectiveness of ventilation systems and ensuring safe conditions across various scenarios.

Justifying Complex Designs

Essential for justifying and validating complex smoke control designs, ensuring they perform as intended during an emergency.

Determining Safe Escape Routes

Predicts heat transfer and tenability conditions to accurately determine safe escape routes for building occupants.

Verifying System Performance

Crucial for verifying critical fire safety system performance in large, tall, or unusual buildings where prescriptive codes may fall short.

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Why Choose Performance-Based Design?

For many modern or non-standard buildings (tall buildings, large public spaces, heritage sites, or complex mixed-use schemes), strict adherence to prescriptive codes can be impractical or limit architectural vision. Our performance-based approach allows us to:

Solve Complex Issues: Address unique fire safety challenges that standard guidance cannot cover.
Optimise Design: Justify alternative solutions, such as extended travel distances or reduced structural fire protection.
Achieve Cost Savings: Avoid unnecessary and expensive construction elements while maintaining or exceeding safety standards.

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