WHAT DO WE DO?
Discover some of our projects
-
Structural analysis of a surfboard
Ingeniacity
In recent years new technologies have enhanced the world of sports through the use of hydro-aero dynamics and structural simulation. Looking at professional sailors piloting foiling sailing boats, like Americas Cup or F1 cars taking speeds over 300km/h are just a few examples.
We believe that through innovation everything is possible and that this type of technology implementation should be present at all professional competitive sport. This is why, we introduce you this initial approach to the structural analysis of a surf board.
View -
Load Calculation on Solar Panels
Anonymous
Wind Load Calculator provides the user with a prediction of the wind load coefficients for any possible configuration of panel arrays. To learn more click the next link:
View -
Design and manufacture paralympic shooting table
Private
Innovative design and manufacturing shooting table to be adapted to a wheelchair combining composite materials and aditive manufacturing.
View -
Rear Wing Design
Karbonius Composites
The rear wing design for BMW M3 E92 was done. It is a double step wing made by carbon fiber, with regulation system and aluminium light weight pillars.
View
If you want to know more, please, click here -
Slender structures calculation
-
Applications for industrial environments
Industry 4.0
-
Application of simulation in buildings projects
Quilding Arquitectura & Ingeniacity
The applications of fluid dynamics simulation in the construction and architecture sector are very broad. For example, it can be applied to know the effects of the construction of a new building on the flow of air currents in the nearby streets; It is also used to know the behavior or improve heating and / or ventilation systems in buildings.
One of the studies carried out by Ingeniacity using fluid dynamics simulation (CFD) techniques was to analyze and compare different heating systems in a house, as well as the temperature distribution in it.
These simulations allow us to understand how a home heats up, and how it can affect the comfort of those who inhabit it. By understanding how heat flows behave, significant energy savings can be achieved by optimizing the distribution of furniture and sources of heat in the home to achieve lower losses.
This project was carried out jointly by the Quilding and Ingeniacity architecture studio. We invite you to see the Blog entries where it is explained in more detail. Simulation of a heating system parts from 1 to 4.
