Building Simulation
Building Simulation aids you in assessing how well your design will perform in controlling temperature variations and air movements within the building space. Furthermore energy use can be assessed based on the outcome of these and other parameters.
We use Computational Fluid Dynamics (CFD) to give you a deeper insight into the air flow patterns and heat transfer mechanisms occurring within a space as well as the building's micro-climate.
By making use of Dynamic Thermal Modelling, which is a well established method of analysing a building's performance, we can provide information and feedback on the influences of climate, building geometry, layout, orientation, fabric and systems on the building's internal and external environment.
Daylighting Analysis allows you to understand the influences of windows and reflective surfaces on lighting levels within the building thus allowing us to work with our clients to create a visually stimulating and productive environment for the occupants of the building.
With Solar Shading Analysis, we are able to simulate the effects shading objects such as brise-soleil or window overhangs contribute towards reducing the amount of solar gains within the space.
Building Simulation aids you in assessing how well your design will perform in controlling temperature variations and air movements within the building space. Furthermore energy use can be assessed based on the outcome of these and other parameters.
We use Computational Fluid Dynamics (CFD) to give you a deeper insight into the air flow patterns and heat transfer mechanisms occurring within a space as well as the building's micro-climate.
By making use of Dynamic Thermal Modelling, which is a well established method of analysing a building's performance, we can provide information and feedback on the influences of climate, building geometry, layout, orientation, fabric and systems on the building's internal and external environment.
Daylighting Analysis allows you to understand the influences of windows and reflective surfaces on lighting levels within the building thus allowing us to work with our clients to create a visually stimulating and productive environment for the occupants of the building.
With Solar Shading Analysis, we are able to simulate the effects shading objects such as brise-soleil or window overhangs contribute towards reducing the amount of solar gains within the space.
