KINETIC

This touchstone project is an experiment on the potential rhythmic pattern that wind can produce. One of the most intriguing elements  of site A is the strong, unobstructed wind. This is due to its open and prominent profile, as well as the fact that it is surrounded by low-rise structures. Bernoulli’s Principle in fluid dynamics is the source of inspiration. Based on the notion, fluid always flows according to pressure difference, from high to low. The touchstone model tend to study the relationships between cross-sectional area, air molecule velocity, and pressure created by them. The formula A1V1 = A2V2, shows that as cross-sectional area decreases, air molecule velocity increases. Hence, by manipulating the openings size at both ends, different air velocities at each points are created and thus, a rhythm pattern might be shown by the papers strips which act as the kinetic devices in this experiment. The goal of this touchstone project is to maximize the usage of wind and to discover if natural elements can take on the role of performers. Wind (ventilation) is part of the sustainability and “new norm” solution while being able to generate its own rhythm and present a beautiful piece of art by using basic kinetic devices.