A timber frame on a steel structure project in Nicosia, Cyprus, combines the durability and strength of steel with the natural aesthetic and insulation properties of timber. Civil engineers design the hybrid framework to optimize the benefits of both materials, using steel for the building’s core load-bearing elements such as columns and beams, while timber is utilized for the external cladding, floor framing, and roof structure. This combination ensures a lightweight yet robust structure capable of withstanding seismic forces, a crucial consideration in Cyprus’s earthquake-prone region. Engineers also focus on enhancing energy efficiency, with the timber providing excellent thermal insulation and reducing overall energy consumption. The steel components are treated to resist corrosion, ensuring the longevity of the structure, especially given Cyprus’s coastal climate. This project aims to create a sustainable, visually appealing, and structurally resilient building, offering a modern solution that integrates the best of both materials while meeting local building codes and environmental standards in Nicosia.
