AeroHaven
2025The 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.
Due to the limitations of the design, the air outlet angle of traditional air conditioners is relatively fixed, although it can be adjusted. Therefore, when people spend a long time in this space, the airflow that should make the space comfortable begins to become aggressive and make people uncomfortable.
Due to the limitations of the design, the air outlet angle of traditional air conditioners is relatively fixed, although it can be adjusted. Therefore, when people spend a long time in this space, the airflow that should make the space comfortable begins to become aggressive and make people uncomfortable.
After extensive research, the turbulence phenomenon was introduced into the design of this project. This is a change in the direction of airflow caused by friction when air flows through an irregular surface. In other words, by changing the shape, angle, height difference and other factors of the surface of the object, the direction of the airflow passing through the object can be controlled.
Redesign the blade shape to change the direction of the airflow.
The 3D model was built through parametric modeling technology. Based on parametric modeling, prototype testing and design iteration were carried out in a more systematic manner.
By introducing aerodynamic simulation and comparing it with the traditional air outlet product (above), we can see that the new product (below) has a more dispersed and gentle airflow based on this space.
DFM Verification
Using CNC manufacturing techniques and foam boards, the design was validated for production feasibility.
Modularize the product design to simplify the production process and reduce production costs
By introducing acrylic and stainless steel, we explore the possibilities of different material applications