Several experimental and analytical studies on the confinement effect and failure
mechanisms of fiber reinforced polymer (FRP) wrapped columns have been conducted over …

Worldwide ageing infrastructures which are vulnerable to seismic lateral loads and located
in high seismicity regions have arrested the interest of many researchers to find alternative …

Numerous confinement models which can be categorized as design or analysis oriented
have been proposed for predicting the behavior of fiber-reinforced polymer (FRP)-confined …

Concrete-encased steel (CES) composite columns are frequently employed in high-rise
buildings owing to their superior structural efficiency. The axial compression behaviour of …

Fiber reinforced polymers (FRP) have gained rapid popularity in recent years as one of the
strengthening techniques of structural concrete elements. Particularly, increase in the use of …

Providing accurate constitutive stress–strain relationships for confined concrete can
increase the reliability of the moment curvature (MC) analyses in the displacement-based …

The present, Part I, of this two-part study presents a new microplane constitutive model for
simulating the fracture and damage behavior of concrete materials subjected to various …

This paper aims to develop a practical approach to modeling of fiber reinforced polymers
(FRP) strengthened masonry panels. The main objective is to provide suitable relations for …

This paper aims to explore the correct prediction of stress–strain behavior and the
determination of load ratio of conventional reinforced concrete (RC) columns subjected to …

The focus of the work described in this paper is on the development of a practical Drucker-
Prager (DP) type constitutive model for the nonlinear finite-element analysis (NLFEA) of fiber …