[HTML][HTML] Enhancing fatigue performance of damaged metallic structures by bonded CFRP patches considering temperature effects
This paper reports an experimental and theoretical investigation on the fatigue performance
enhancement of damaged steel structures by bonded carbon fiber reinforced polymer …
enhancement of damaged steel structures by bonded carbon fiber reinforced polymer …
Experimental study on cracked steel plates with different damage levels strengthened by CFRP laminates
Strengthening steel structures using CFRP Laminates has recently attracted increasing
attention. Several studies focused on the efficiency of this strengthening technique …
attention. Several studies focused on the efficiency of this strengthening technique …
Optimization of fiber-reinforced polymer patches for repairing fatigue cracks in steel plates using a genetic algorithm
A practical design optimization of fiber-reinforced polymer (FRP) patches for repairing
fatigue cracks in metallic structures is presented. The design procedure combines finite …
fatigue cracks in metallic structures is presented. The design procedure combines finite …
Optimum patch design for repairing cracked steel plates using genetic algorithm
BK Do - 2017 - digital.car.chula.ac.th
This research presents a design optimization process that combines the finite element (FE)
method, genetic programming (GP), and optimization solvers, ie, genetic algorithm (GA) and …
method, genetic programming (GP), and optimization solvers, ie, genetic algorithm (GA) and …