CFD Simulation using RhinoCFD
Budget: $30 – $250 USD
I need help simulating my project model with RhinoCFD software. The goal is to validate the design against the specifications, and I have a 3D Rhino file for the model which needs to be simulated. This project needs to be completed on the RhinoCFD operating system. The successful completion of this project should be able to optimize the design for better performance, identify potential flow issues and accurately validate the design against the specifications.
In this research, a part of the vernacular architecture of Jeddah a has been studied from wind and natural ventilation viewpoint as a cooling system. The research hypothesis is that the form of building seems to affect the residential building's natural ventilation and wind behavior.
Objectives:
1. velocity and airflow patterns inside the building zones and each floor to investigate the details of airflow distribution. Deliver: A vertical section showing the air flow through the house.
2. Age of air inside the building zones. Deliver: a plan for the west room in the 2nd and 3rd floor.
3. Average daily air volume flow rate out and into the building to study the cross ventilation condition in the building and examine ideal pressure differences around the building.
4. The effect of windows opening fraction on the ventilation rate of the building, as a sensitivity analysis to evaluate the influence of the opening fraction of the windows on the ventilation rate inside the building, because windows in Baeshen house have no glazing, just the wooden screens the mashribyah. Windows were open most of the time in these buildings. However, the wooden screen (mashrabiya) could impact the airflow entering through the window.
5. Assessing the impact of air shaft on the relative humidity, air movement, air temperature and the CO2 level -an important indicator of air quality.
In this research, a part of the vernacular architecture of Jeddah a has been studied from wind and natural ventilation viewpoint as a cooling system. The research hypothesis is that the form of building seems to affect the residential building's natural ventilation and wind behavior.
Objectives:
1. velocity and airflow patterns inside the building zones and each floor to investigate the details of airflow distribution. Deliver: A vertical section showing the air flow through the house.
2. Age of air inside the building zones. Deliver: a plan for the west room in the 2nd and 3rd floor.
3. Average daily air volume flow rate out and into the building to study the cross ventilation condition in the building and examine ideal pressure differences around the building.
4. The effect of windows opening fraction on the ventilation rate of the building, as a sensitivity analysis to evaluate the influence of the opening fraction of the windows on the ventilation rate inside the building, because windows in Baeshen house have no glazing, just the wooden screens the mashribyah. Windows were open most of the time in these buildings. However, the wooden screen (mashrabiya) could impact the airflow entering through the window.
5. Assessing the impact of air shaft on the relative humidity, air movement, air temperature and the CO2 level -an important indicator of air quality.