The solution of high dimensional function has always been a hot topic. In this paper, a novel
algorithm based on Kernel Fuzzy C-means and dolphin swarm algorithm are proposed to …

For an economical and safe design of building systems with concentrically braced frames,
the layout of the braces should be done by considering all limitations. The current study …

In structural design of steel frames, in order to achieve proper safety, the effect of
uncertainties in the design and loading parameters of the structure must be considered. This …

The main purpose of this paper is to investigate the ability of the recently developed multi-
community meta-heuristic optimization algorithm, shuffled shepherd optimization algorithm …

Abstract Vibrating Particles System (VPS) optimization is a newly made meta-heuristic
algorithm to optimize problems by inspiration of the free vibration of viscous-damped …

The current study investigated the optimum design of buckling restrained braced frames
(BRBFs) subjected to seismic excitation. Nonlinear time history analysis was employed to …

In this study, the Modified Dolphin Monitoring (MDM) operator is used to enhance the
performance of some metaheuristic algorithms. The MDM is a recently presented operator …

This research explores the use of Deep Symbolic Regression (DSR) to develop a
sophisticated predictive model for the fundamental period of vibration in concentrically steel …

In this paper, an automatic data clustering approach is presented using some concepts of
the graph theory. Some Cluster Validity Index (CVI) is mentioned, and DB Index is defined …

This article explores how multi-objective optimization techniques can be used to design cost-
effective and structurally optimal spatial steel structures, highlighting that optimizing …