Large openings in shear walls present one of the most challenging design situations in reinforced concrete structures because they interrupt the natural flow of forces and alter the wall’s stiffness, strength, and deformation characteristics.
Category: Highrise Buildings
Fire is one of the most severe accidental actions that a structure may experience during its service life. Unlike conventional design loads such as dead,…
The response of a structure under dynamic conditions is influenced by mass, stiffness, damping, and the characteristics of the applied load.
Exoskeleton structures are increasingly used in modern high-rise buildings where both performance and aesthetics are important. They are particularly suitable for buildings that require large open interior spaces and distinctive architectural forms.
Core-wall systems are used extensively in modern high-rise buildings due to their effectiveness and practicality. They form the backbone of many structural systems, providing
Diagrid structural systems represent one of the most significant developments in modern tall building engineering. By replacing conventional vertical columns with a triangulated network of diagonal members, the system creates a stiff structural shell capable of efficiently resisting both gravity and lateral loads.
The fundamental principle behind the tube structural system is the concentration of structural strength and stiffness along the building’s perimeter. The rapid development of tall…
Outrigger structural systems represent a key innovation in the design of tall buildings. By linking the core to perimeter columns, they transform structural behaviour, reduce…
This article explains crane safety in practical terms. It describes common crane types, how they work, and the main risks involved.
This article explores the three most significant systems used in tall buildings: moment-resisting frames, shear walls, and tubular structures.