AeroHaven
2024The project was executed through the implementation of methodologies including parametric modeling, aerodynamic simulation, and CNC manufacturing. The objective of this endeavor was to investigate the integration of emerging technologies and aesthetic principles in the reconstruction of indoor air conditioning vents. The objective is to identify the most natural and soft indoor airflow effect for each architectural space.
parametric modeling, the pitch,
height, and surface shape of the
blades can be adjusted in real time
to generate a particular airflow
effect as required.
The effect is attributed to the
turbulence induced by the friction
between the air and the blades.
The utilization of a software program that
incorporates dimensional parameters
and a three-dimensional representation
of the product facilitates the comparison
of various measurements.
This process enables the identification of
the optimal airflow configuration,
and the real-time modification of data
within the parametric model.
This iterative process allows for the
refinement of the parametric model,
ensuring the optimal alignment
with the spatial parameters.
incorporates dimensional parameters
and a three-dimensional representation
of the product facilitates the comparison
of various measurements.
This process enables the identification of
the optimal airflow configuration,
and the real-time modification of data
within the parametric model.
This iterative process allows for the
refinement of the parametric model,
ensuring the optimal alignment
with the spatial parameters.