Shear strengthening of reinforced concrete beams using shape memory alloys
Shear failures in RC members are associated with brittle collapses, for this reason, shear
strengthening of existing structures is often required. This paper presents an innovative …
strengthening of existing structures is often required. This paper presents an innovative …
Effects of semi-cyclic loading on the recovery stresses of iron-based shape-memory alloy bars
Shape-memory alloys (SMAs) have attracted considerable interest in structural engineering
because of their ability to 'memorise'their original form when subjected to thermomechanical …
because of their ability to 'memorise'their original form when subjected to thermomechanical …
Experimental study on semi-cyclic loading effects on Fe-SMA reinforced concrete structures
Concrete structures often face unforeseen challenges, whether from degradation or
unexpected actions, requiring innovative strengthening techniques to extend their lifespan …
unexpected actions, requiring innovative strengthening techniques to extend their lifespan …
[PDF][PDF] MODELLING OF ENGINEERED CEMENTITIOUS COMPOSITE-REPAIRED SUPERELASTIC-SHAPE MEMORY ALLOY REINFORCED SHEAR WALLS
This paper presents numerical analyses of an experimental study where, previously tested,
Superelastic-Shape Memory Alloy (SE-SMA) and typical steel-reinforced concrete shear …
Superelastic-Shape Memory Alloy (SE-SMA) and typical steel-reinforced concrete shear …
[PDF][PDF] Using iron-based shape memory alloy rebars as hogging prestress for continuity of Hollow-Core Slabs
This paper presents the analysis of using iron-based shape memory alloys (Fe-SMA) to
prestress the hogging bending moment region of precast Hollow Core Slabs structural floors …
prestress the hogging bending moment region of precast Hollow Core Slabs structural floors …