Hundreds of clay visors in this new engineering building, at the University of Queensland, Australia, designed by architect Richard Kirk on the sunny north facade. Architect Richard · Cork and Australian company Hassel teamed up on the campus of the University, aiming to advance the Advanced Engineering Building (AEB) through its latest technology in design and equipment.
Wood, steel, clay and glass are used in different combinations to control light At the level within the building, it combines classrooms and lecture halls with research laboratories. Most laboratories are located along the southern elevation to ensure the level of daylight, so the appearance includes an array of ducts. At the same time, the northern glass curtain wall is made of clay louvers, which are flooded in the sun and screened in one day.
The dynamic angle of the clay louvers has the best shadow, from the sun and the traditional materials used as a point of contact, in the building, there will also be a shadow process. The 22,000-square-meter building is built around the atrium space, extending through the structure’s full height, neglected through various stairs, walkways and balconies. The integration with the teaching space of large-scale manufacturing and civil engineering laboratories is to encourage students and employees to interact with each other and other disciplines. Passive sustainability is characterized by reduced energy consumption. As well as the northern front of the clay shutters, it can be adjusted to suit different conditions, and the building utilizes natural ventilation and controls for daylighting.
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