Add to ORKGThis paper presents a performance- based design optimization of tall steel framed structure exposed to wind loads of various levels by using E Tab software. Its earnings towards design a steel framed structure with an expectable and tolerable performance at four level wind during period of building. To forecast the inelastic drift behaviour of steel building a non-linear static pushover analysis is done
The modern design philosophy known as the performance-based design has earned the attention of the s...
The rapid growth of high-rise high-density urban areas in coastal and near coastal, hurricane-prone ...
One result of climate change is the increasing strength and frequency of wind events. This creates a...
This paper presents a performance- based design optimization of tall steel framed structure exposed ...
This paper investigated the Study of a four level wind engineering performance design framework for ...
This paper presents an integrated computational design optimization method for the performance-based...
Tall steel buildings are wind-sensitive structures and their designs are generally governed by dynam...
The world is experiencing an upsurge of tall building construction. Recent trends toward developing ...
This thesis presents an integrated wind-tunnel based building response analysis procedures with an s...
Wind-induced loads and motions play a critical role in designing tall buildings and their lateral st...
As technology advances, architects often employ innovative, non-standard shapes in their designs for...
Contemporary tall buildings with increasing height and slenderness are highly sensitive to the actio...
Wind analysis for the structure of buildings is a challenging process. The increasing strength and f...
This paper presents a computer-based optimisation technique for the lateral stiffness design of tall...
The rapid growth of the urban population and the associated environmental concerns are central chall...
The modern design philosophy known as the performance-based design has earned the attention of the s...
The rapid growth of high-rise high-density urban areas in coastal and near coastal, hurricane-prone ...
One result of climate change is the increasing strength and frequency of wind events. This creates a...
This paper presents a performance- based design optimization of tall steel framed structure exposed ...
This paper investigated the Study of a four level wind engineering performance design framework for ...
This paper presents an integrated computational design optimization method for the performance-based...
Tall steel buildings are wind-sensitive structures and their designs are generally governed by dynam...
The world is experiencing an upsurge of tall building construction. Recent trends toward developing ...
This thesis presents an integrated wind-tunnel based building response analysis procedures with an s...
Wind-induced loads and motions play a critical role in designing tall buildings and their lateral st...
As technology advances, architects often employ innovative, non-standard shapes in their designs for...
Contemporary tall buildings with increasing height and slenderness are highly sensitive to the actio...
Wind analysis for the structure of buildings is a challenging process. The increasing strength and f...
This paper presents a computer-based optimisation technique for the lateral stiffness design of tall...
The rapid growth of the urban population and the associated environmental concerns are central chall...
The modern design philosophy known as the performance-based design has earned the attention of the s...
The rapid growth of high-rise high-density urban areas in coastal and near coastal, hurricane-prone ...
One result of climate change is the increasing strength and frequency of wind events. This creates a...