Soria is a small city in north-central Spain. The city was founded in the 4th century BC in the banks of the Duero River. At that time the location along the watercourse was strategic for defence, however, now the valley is not a priority in the city’s development. Several historical buildings are located along the […]
Composite materials are on a strong upsurge as demands in the construction industry rise up. Wood and plastic are pressed and moulded together in compression. Steel rebars are embedded in a concrete matrix to form a rigid reinforced material. As technology advances, so does the building material.
The construction works for this multifunctional building designed by AQSO have recently started with the assemblage of modular concrete elements to be part of the structure and façade.
Landfills are filling up incessantly, and the construction sector is accountable for 40% of the waste. The waste generated in the life-cycle of a building accounts not only from the construction itself but more so on the phases of design, operation and demolition.
This service includes the custom design and technical specification of woodwork, joinery, fixed furniture and other integrated fixtures ‒ such as kitchens and bathroom fittings, built-in wardrobes, banquettes, etc.
The specification of these off-the-shelf products includes a detailed description of the items required to integrate the design, identifying units, manufacturers, finishes, availability and lead times.
The structural framework is the spine of a building. Therefore, caution against the choice of material should be carefully exercised. Concrete and steel, or reinforced concrete, delivers a rigid structural system when combined.
Long gone are the traditional boxy building forms. With advanced computer algorithms in place, what was once unattainable is now made possible. Complex geometrical building patterns such as curvatures or hyperbolic paraboloid shells are now becoming the norm.
Back in the ancient times, Romans pioneered and extended the use of precast concrete, but this architectural and engineering feat in building technology is far from over. Advanced innovations in precast concrete paved the way for faster design and construction timeline.
Structural systems are the bearing components that, working together, can transmit the building’s loads to the foundation, guaranteeing balance and stability without suffering incompatible distortions.