In aerospace engineering applications, lightweight material structures are considered to
perform difficult service conditions and afford energy efficiency. Therefore, composite …

This paper presents a theoretical and numerical study on the stress intensity factors for
double-edged cracked steel plates strengthened with fiber reinforced polymer (FRP) plates …

The bending fatigue test results on cracked rectangular hollow section (RHS) steel beams
repaired with prestressed carbon fiber-reinforced polymer (CFRP) plates are presented. The …

The epoxy-bonded fiber-reinforced polymer (FRP) technique has been attracting more
attention for repairing steel structures. In this paper, cracked steel plates repaired with FRP …

Strengthening steel structures using CFRP Laminates has recently attracted increasing
attention. Several studies focused on the efficiency of this strengthening technique …

The retrofit of fatigue-damaged concrete–encased steel girders is investigated using a newly
developed composite wrap that stabilizes the damage in retrofitted beams via an energy …

Fatigue cracks are inevitable in circumstances in which the cyclic loading exists. Therefore,
many of mechanical components are in a risk of being in exposure to fatigue cracks. On the …

Steel structures using stainless steel are recently accepted as more sustainable and durable
systems. Although much research has been conducted on steel structures strengthened by …

The adhesively bonded fiber reinforced polymer (FRP) material repair technique has been
employed to repair welded joints with defects and extend the fatigue life of welded …

This paper presents the fracture characteristics of cracked wide-flange steel girders (W18–
W40, W460–W1000 in metric) strengthened with carbon fiber-reinforced polymer (CFRP) …