In this study, a resilience-based multi-objective optimal seismic design method is proposed
to maximize the seismic performance and minimize the material cost of highway reinforced …

This study proposes an efficient optimization framework for the earthquake-resistance
system of continuous skew overpasses based on a cost-related objective function. The cable …

This paper describes a methodology for optimal seismic design of reinforced concrete 3D
columns and bent caps (beams) of bridges. Design variables include compressive strength …

In this paper, a risk‐based multiobjective optimal seismic design method for reinforced
concrete (RC) piers is proposed. This method is used to determine the size and …

In seismic structural engineering, there is a significant issue in comprehending the behavior
of thin-walled rectangular hollow bridge piers within the context of dynamic phenomena …

Recent advances in mathematical analysis and computing power have pushed the current
specification of the bridge in terms of PBSD juxtapose to the standard force-based method …

ABSTRACT A dual structural fused system consists of replaceable ductile elements (fuses)
that sustain major seismic damage and leave the primary structure (PS) virtually …

Composite RCS building frames integrate reinforced concrete columns with structural steel
beams to provide an efficient solution for the design and construction of earthquake-resisting …

In this paper, an optimization framework is developed for performance-based seismic design
of composite moment frames consisting of concrete filled steel box columns and I-shaped …

This paper presents an overview of the current state of knowledge and research related to
Performance Based Seismic Design of Bridges. The paper reviews the application of …