2018•Facta universitatis - series Architecture and Civil EngineeringOpen access

Comparative analysis of using degree of rigidity and rotational stiffness of connections in structural design

Srdjan Živković, Marija Spasojević Šurdilović, Dragana Turnić, Marko Milošević

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Abstract

Using classical formulation of stiffness method, impact of semi-rigid connections on the stresses and strains can be analyzed by the degree of rigidity or by rotational stiffness of connections. In this paper, functional dependence between the degree of rigidity and rotational stiffness of connections is formulated and the comparative analysis of these two approaches in the analysis of semi-rigid connections behavior of members in real structures, is implemented.

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Using classical formulation of stiffness method, impact of semi-rigid connections on the stresses and strains can be analyzed by the degree of rigidity or by rotational stiffness of connections. In this paper, functional dependence between the degree of rigidity and rotational stiffness of connections is formulated and the comparative analysis of these two approaches in the analysis of semi-rigid connections behavior of members in real structures, is implemented.

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Available abstract

Using classical formulation of stiffness method, impact of semi-rigid connections on the stresses and strains can be analyzed by the degree of rigidity or by rotational stiffness of connections. In this paper, functional dependence between the degree of rigidity and rotational stiffness of connections is formulated and the comparative analysis of these two approaches in the analysis of semi-rigid connections behavior of members in real structures, is implemented.

Key concepts: Rigidity (electromagnetism), Stiffness, Structural rigidity, Degree (music), Structural engineering, Mathematics, Engineering, Physics

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