SimScale simulation projects by Harmony | Page 1

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the goal of this  project is to analyse the effectiveness of adaptive natural ventilation strategies in office buildings by simulating airflow patterns, CO2 dispersion and thermal comfort under different ventilation scenarios. Simulation type is Incompressible Flow (CFD) Simulation to study airflow distribution and pollutant transport within the office building. The simulation will model different ventilation setups, including window configurations, external wind conditions and occupant generated CO2 levels. Project Details: Office building in Merchiston Campus of ENU. Key parameters are: Air velocity, temperature distribution CO2 concentration. Ventilation strategies: evaluating different window openings and air exchange rates to determine optimal configurations for adaptive ventilation. Outcome: To identify the best natural ventilation strategy to enhance IAQ and occupant comfort while minimizing energy use

to simulate and assess airflow patterns, pollutant dispersion, and thermal performance within the selected university office building. This analysis will provide quantitative insights into the effectiveness of ANV strategies under varying environmental conditions, helping to identify optimal ventilation configurations for different seasons and operational scenarios

Simulation of Air flow distribution, pollutant dispersion and thermal comfort.

The goal of this project is to analyse and optimize adaptive natural ventilation (ANV) strategies for improving indoor air quality (IAQ) and thermal comfort in a modern university office building (Merchiston Campus, ENU). This study aims to evaluate airflow distribution, pollutant dispersion (CO₂ concentration), and temperature variations under different ventilation configurations using Computational Fluid Dynamics (CFD) simulations. Simulation Type:

Incompressible Flow (CFD) Analysis
Steady-State and Transient Simulations
Conjugate Heat Transfer (CHT)

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