VENTO AEC’s performance in smoke and heat simulation perfectly mirrors the capabilities of FDS (Fire Dynamics Simulator). Explore further in

Smoke propagation in indoor enviroments is extremely threatening for the safety of building occupants in case of fire. In this case, we con

The threat of fire and potential pollutant spread poses substantial risks to individuals, structures and the environment. Understanding prop

For building physicists and construction engineers, ensuring occupants’ thermal comfort in line with international standards is a key priori

With VENTO AEC you can analyse airflow patterns in indoor spaces and define optimizing factors, such as building configurations, orientation

VENTO AEC offers a streamlined solution to easily simulate airflow within realistic spaces and swiftly gain both visual and quantitative...

In the early stage of creative architectural design, architects explore a range of concepts, whether related to urban planning, ventilated.

Numerical predictions can be generated for rain droplet flow propelled by the wind, impacting building facades, stadiums and individuals in

Wind comfort analysis provides added value to architectural projects. By prioritizing human comfort and well-being in architectural and urb