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The ELKU building consistently suprises first-time visitors with its unexpected 'oasis' courtyard, a lush expanse of greenery that stretches horizontally and soars vertically along upper-level corridors. Users of all ages feel a deep sense of pride and reverence for the building, evident in both seasoned occupants and young students. This respect is reflected in the diverse Gray spaces that extend throughout the building, inviting engagement and interaction. These spaces go beyond practicality, offering both expansive collective areas like the lobby and seventh-floor sample space, as well as cozy nooks encircling the courtyard for solace or small group activities. The building's thoughtful design includes comfort-enhancing elements such as sunshades, rain protection, and wind mitigation, seamlessly woven into the architecture. This fosters an inclusive and adaptable environment, where inhabitants can enjoy the space regardless of the elements. Rooted in nature's serenity, the building's aesthetic creates a welcoming embrace, enhancing the overall user experience. Architectural marvels within, like the scenic staircase and suspended bridges, add to the building's charm. The staircase serves as both a functional pathway and artistic display, while the bridges symbolize a connection between innovation and nature, adding an enchanting layer to the building's essence.
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ventilation study

In the ELKU building, the inner courtyard is covered with a roof, which reduces the direct influence of the sun on the interior. Translucent sections in the roof allow daylight to enter while reducing direct sunlight. Corridors surrounding courtyards benefit from ample daylight during the day and have fewer overheating issues compared to the SOAD building. This favorable condition is due to effective cross ventilation on both the ground and upper floors, facilitated by pocket spaces and small hallway openings. In addition, vertical ventilation is more successful, since roof coverings are equipped with vents and divert high-temperature roof radiation, improving wind flow in the upper tier.