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Inelastic Seismic Behaviour of Asymmetric RC Buildings Using Base Shear and Torque (BST) Surface

Raut, Rushikesh M. / Madhekar, Suhasini N.

Abstract The eccentricity between centre of mass and centre of stiffness produces torsion in asymmetric buildings during earthquakes. In this paper, the inelastic seismic behaviour of asymmetric-plan buildings is studied by using the base shear and torque (BST) surface. BST surface represents all combinations of base shear and torque when applied statically, leading to collapse of the structure. BST surface is a useful tool for the seismic analysis of asymmetrical buildings.

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Inelastic Seismic Behaviour of Asymmetric RC Buildings Using Base Shear and Torque (BST) Surface

Raut, Rushikesh M. / Madhekar, Suhasini N.

Abstract The eccentricity between centre of mass and centre of stiffness produces torsion in asymmetric buildings during earthquakes. In this paper, the inelastic seismic behaviour of asymmetric-plan buildings is studied by using the base shear and torque (BST) surface. BST surface represents all combinations of base shear and torque when applied statically, leading to collapse of the structure. BST surface is a useful tool for the seismic analysis of asymmetrical buildings.

Inelastic Seismic Behaviour of Asymmetric RC Buildings Using Base Shear and Torque (BST) Surface

Raut, Rushikesh M. / Madhekar, Suhasini N.

Abstract The eccentricity between centre of mass and centre of stiffness produces torsion in asymmetric buildings during earthquakes. In this paper, the inelastic seismic behaviour of asymmetric-plan buildings is studied by using the base shear and torque (BST) surface. BST surface represents all combinations of base shear and torque when applied statically, leading to collapse of the structure. BST surface is a useful tool for the seismic analysis of asymmetrical buildings.

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Title:

Inelastic Seismic Behaviour of Asymmetric RC Buildings Using Base Shear and Torque (BST) Surface

Contributors:

Raut, Rushikesh M. (author) / Madhekar, Suhasini N. (author)

Published in:

Recent Advances in Structural Engineering, Volume 2 ; 343-354

Lecture Notes in Civil Engineering ; 12

Publication date:

2018-08-02

Size:

12 pages

ISBN:

978-981-13-0365-4 , 978-981-13-0364-7

ISSN:

2366-2557 , 2366-2565

DOI:

https://doi.org/10.1007/978-981-13-0365-4_29

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Asymmetric building , BST surface , Inelastic , Seismic Engineering , Structural Mechanics , Geoengineering, Foundations, Hydraulics , Building Construction and Design

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