The failure of the building is not the consequence of the not strong enough elements of the structure in the majority of the cases, but the bracing elements inappropriate places. We consider a 4 × 4 and 4 × 5 braced frames to understand the connections between the lateral stiffnesses, and bracing graph to achieve the stiffest and the more safety design. In our consideration, we study those relationships that based on our frame using their finite element analyses and some new result in optimizations of structural design. We offer some conclusions, including perspectives and future developments in the rigidity of scaffolds and tall building as symmetrical and grid-like bar-joint frameworks
High-rise steel construction is increasing at an expanding scale and in modern construction stiffnes...
A simplified method of analysis for the preliminary design of tall building structures with façade r...
The system of governing differential equations of lateral deflection of symmetric multi-storey build...
The failure of the building is not the consequence of the not strong enough elements of the structur...
Rigidity theory is a field of mathematics that can be applied to architectural designs involving spe...
Multistory buildings are mostly affected by earthquake force in seismic prone area. The major concer...
One of the most crucial components of a tall building is its lateral loading system. In this paper, ...
The thesis examines the behaviour and design of unbraced rigid-jointed multi-storey steel frameworks...
The bracing of buildings of the prefabricated and prestressed IMS skeleton system is provided by swa...
The resistance to the lateral loads from wind or from an earthquake is the reason for the evolution ...
In this paper, a simple method of analysis for preliminary analysis of facade rigger stiffened brace...
Steel structures are generally more flexible than other types of structure and lower in weight. Eart...
The structure in high seismic areas may be susceptible to the severe damage. Along with gravity load...
Bracing is commonly used to provide resistance to lateral forces in building structures. However, tr...
A simplified method is proposed for evaluating the stability of multi-storey, steel semi-braced and ...
High-rise steel construction is increasing at an expanding scale and in modern construction stiffnes...
A simplified method of analysis for the preliminary design of tall building structures with façade r...
The system of governing differential equations of lateral deflection of symmetric multi-storey build...
The failure of the building is not the consequence of the not strong enough elements of the structur...
Rigidity theory is a field of mathematics that can be applied to architectural designs involving spe...
Multistory buildings are mostly affected by earthquake force in seismic prone area. The major concer...
One of the most crucial components of a tall building is its lateral loading system. In this paper, ...
The thesis examines the behaviour and design of unbraced rigid-jointed multi-storey steel frameworks...
The bracing of buildings of the prefabricated and prestressed IMS skeleton system is provided by swa...
The resistance to the lateral loads from wind or from an earthquake is the reason for the evolution ...
In this paper, a simple method of analysis for preliminary analysis of facade rigger stiffened brace...
Steel structures are generally more flexible than other types of structure and lower in weight. Eart...
The structure in high seismic areas may be susceptible to the severe damage. Along with gravity load...
Bracing is commonly used to provide resistance to lateral forces in building structures. However, tr...
A simplified method is proposed for evaluating the stability of multi-storey, steel semi-braced and ...
High-rise steel construction is increasing at an expanding scale and in modern construction stiffnes...
A simplified method of analysis for the preliminary design of tall building structures with façade r...
The system of governing differential equations of lateral deflection of symmetric multi-storey build...