With VENTO AEC you can proactively shape a risk reduction strategy to preserve the safety of buildings and protect people’s health in both outdoor and indoor environments With VENTO AEC you can proactively shape a risk reduction strategy to preserve the safety of buildings and protect people’s health in both outdoor and indoor environments Enhance environmental safety The threat of fire and potential pollutant spread poses substantial risks to individuals, structures and the environment. Understanding propagation dynamics is vital for efficient risk management and to undertake protective measures. This case study demonstrates a simulated car fire incident in a Milan city block. The video illustrates a 10-minute transient showcasing the transport and diffusion of smoke. Clouds depict concentrations ranging from 10 µg/m³ to 100 mg/m³, while the ground map shows the diffusion at ground level in log scale. Enhance environmental safety The threat of fire and potential pollutant spread poses substantial risks to individuals, structures and the environment. Understanding propagation dynamics is vital for efficient risk management and to undertake protective measures. This case study demonstrates a simulated car fire incident in a Milan city block. The video illustrates a 10-minute transient showcasing the transport and diffusion of smoke. Clouds depict concentrations ranging from 10 µg/m³ to 100 mg/m³, while the ground map shows the diffusion at ground level in log scale. Optimize evacuation plans and fire protection systems Smoke propagation in indoor enviroments is extremely threatening for the safety of building occupants in case of fire. In this case, we conducted a simulation to investigate the dispersion of smoke and carbon monoxide resulting from a car fire at a train station, and how it would possibly impact the evacuation plan. The 5-min transient simulation shows how the heated smoke ascends from the platform level to the concourse level using various routes, including escalators. The 3D model in IFC format was generated by Revit. Courtesy of Italferr Optimize evacuation plans and fire protection systems Courtesy of Italferr Smoke propagation in indoor enviroments is extremely threatening for the safety of building occupants in case of fire. In this case, we conducted a simulation to investigate the dispersion of smoke and carbon monoxide resulting from a car fire at a train station, and how it would possibly impact the evacuation plan. The 5-min transient simulation shows how the heated smoke ascends from the platform level to the concourse level using various routes, including escalators. The 3D model in IFC format was generated by Revit. VENTO AEC matches FDS in Fire Safety Engineering analysis VENTO AEC’s performance in smoke and heat simulation perfectly mirrors the capabilities of FDS (Fire Dynamics Simulator). Explore further in the benchmark case. VENTO AEC matches FDS in Fire Safety Engineering analysis VENTO AEC’s performance in smoke and heat simulation perfectly mirrors the capabilities of FDS (Fire Dynamics Simulator). Explore further in the benchmark case. Piccola descrizione IFC model with 7M triangles (courtesy of Milan Ingegneria) Use upfront simulation for early-stage guidance In the early stage of creative architectural design, architects explore a range of concepts, whether related to urban planning, ventilated facades, or other elements. By utilizing simulations in the early stages, architects can swiftly evaluate a multitude of design variations and speed up the overall creative process. Risk Analysis
Risk Analysis
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