Using CFD to model wind, airflow, heat, and solar exposure - giving you clear insight into real conditions to support safer, more efficient, and better-performing designs.
Environmental conditions such as wind, heat, and airflow are often simplified during design, but in reality they interact with buildings and systems in complex ways. These interactions can impact pedestrian comfort, air quality, thermal performance, and operational efficiency. E-LAB uses Computational Fluid Dynamics (CFD) to analyse how these conditions behave in context. We support design teams by identifying risks early, testing design options, and providing clear, practical advice that improves real-world performance, not just compliance on paper.
Discuss a Project
Assessment of wind comfort and safety around buildings, public spaces, and critical interfaces.
Analysis of how emissions and pollutants move through complex environments to support air quality outcomes.
Evaluation of airflow and recirculation risks affecting cooling efficiency and operational reliability.
Assessment of airflow behaviour to support passive design strategies and improve indoor environmental quality.
Understanding how wind, heat, and exposure interact to influence outdoor comfort and usability.
Assessment of solar reflections and glare impacts on surrounding buildings, public areas, and sensitive receptors.
.webp)