Unified ultimate axial strain model for large rupture strain FRP–confined concrete based on energy approach
Using large rupture strain (LRS) fiber-reinforced polymer (FRP) composites as confining
material has become increasingly prominent in structural repair or retrofitting, owing to their …
material has become increasingly prominent in structural repair or retrofitting, owing to their …
Gene expression programming based mathematical modeling for leak detection of water distribution networks
Globally, the loss of potable water through buried and service water distribution networks
(WDNs) is one of the persistent challenges confronted by water utilities. Most of the WDNs …
(WDNs) is one of the persistent challenges confronted by water utilities. Most of the WDNs …
Effects of predamage and load cyclic on compression behavior of fiber reinforced polymer‐confined concrete
Most existing studies on fiber reinforced polymer (FRP) confined concrete have focused on
undamaged concrete that is subjected to uniaxial monotonic compression. However, FRP …
undamaged concrete that is subjected to uniaxial monotonic compression. However, FRP …
Synergetic theory of information entropy based on failure approach index for stability analysis of surrounding rock system
L Xiong, H Yuan, G Liu, H Li, Y Zou, X Liu, X Li - Entropy, 2023 - mdpi.com
It is generally acknowledged that the stability evaluation of surrounding rock denotes
nonlinear complex system engineering. In order to accurately and quantitatively assess the …
nonlinear complex system engineering. In order to accurately and quantitatively assess the …
Effect of load eccentricity on the mechanical response of FRP-confined predamaged concrete under compression
Fiber-reinforced polymer (FRP) confinement is an effective way of enhancing the
mechanical properties of concrete. However, currently, a model that can predict the …
mechanical properties of concrete. However, currently, a model that can predict the …
Neural network‐based models versus empirical models for the prediction of axial load‐carrying capacities of FRP‐reinforced circular concrete columns
This study presents new neural‐network (NN)‐based models to predict the axial load‐
carrying capacities of fiber‐reinforced polymer (FRP) bar reinforced‐concrete (RC) circular …
carrying capacities of fiber‐reinforced polymer (FRP) bar reinforced‐concrete (RC) circular …
A path-dependent stress-strain model of FRP-confined circular concrete columns derived from an energy balance approach
S Zhong, L Zhang, J Zhu - Engineering Structures, 2024 - Elsevier
It is generally believed that the use of fibre-reinforced polymer (FRP) confinement can
effectively improve the strength and ductility of concrete. Passive confinement is one of the …
effectively improve the strength and ductility of concrete. Passive confinement is one of the …
Strain model for discretely FRP confined concrete based on energy balance principle
This study proposes a new strain model for concrete with discrete fiber-reinforced polymer
(FRP) confinement. An energy absorption factor for discretely FRP confined concrete and a …
(FRP) confinement. An energy absorption factor for discretely FRP confined concrete and a …
Eccentrically loaded concrete under nonuniform passive confinement
There is no doubt that the strength and ductility of concrete structures can be enhanced
significantly by lateral confining with steel or fiber reinforced polymer (FRP). Nevertheless …
significantly by lateral confining with steel or fiber reinforced polymer (FRP). Nevertheless …
[PDF][PDF] Effects of pre-damage on stress-strain relationship of partially confined concrete
Existing studies have demonstrated that fiber-reinforced polymer (FRP) confinement is an
effective way of enhancing the strength and ductility of damaged columns. An experimental …
effective way of enhancing the strength and ductility of damaged columns. An experimental …