Category Archives: Computational Fluid Dynamics – Airflow
Realtime Building Airflow
One of the problems in “green” building design is that the current tools used to evaluate building’s thermal and airflow behaviors allow performance analysis of new and existing buildings extremely time-consuming. Owing to rigorous computational effort that is required for
Realtime Building Airflow
One of the problems in “green” building design is that the current tools used to evaluate building’s thermal and airflow behaviors allow performance analysis of new and existing buildings extremely time-consuming. Owing to rigorous computational effort that is required for
Human Building Interaction (HBI) Model: Use of CFD and Augmented Reality
The method I developed for realtime airflow simulations supported the Human-Building Interaction (HBI) model I co-developed with Dr. Ali Malkawi (Harvard GSD) , where users can situate in an actual space, and with the aid of an Augmented Reality (AR)
Human Building Interaction (HBI) Model: Use of CFD and Augmented Reality
The method I developed for realtime airflow simulations supported the Human-Building Interaction (HBI) model I co-developed with Dr. Ali Malkawi (Harvard GSD) , where users can situate in an actual space, and with the aid of an Augmented Reality (AR)
Building Airflow Optimization using Genetic Algorithm
Building performance analysis allows the architect to understand the behavior of buildings such as thermal and ventilation performance criteria. Computational Fluid Dynamics (CFD) is used to predict indoor thermal environments and assess their response to specific internal / external conditions and are
Building Airflow Optimization using Genetic Algorithm
Building performance analysis allows the architect to understand the behavior of buildings such as thermal and ventilation performance criteria. Computational Fluid Dynamics (CFD) is used to predict indoor thermal environments and assess their response to specific internal / external conditions and are
The Built Ecologist 