Axial compressive behaviour of corroded circular steel tube columns retrofitted by laser-cladding additive manufacturing

Kang, Lan; Zhang, Cheng; Bradford, Mark A.; Liu, Xinpei

doi:10.1016/j.tws.2023.111129

Cited by 11 publications

(1 citation statement)

References 44 publications

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“…In 2023, Kang used laser cladding (LC) additive manufacturing technology to repair damaged steel structures. Through finite element simulation and experimental analysis, it was verified that the repair method restored the stiffness, strength and geometric dimensions of the damaged structure to the undamaged state [21]. Qiang proposed a new method of iron-based shape memory alloy (Fe-SMA) plate covering the crack arrest hole to alleviate the stress concentration at the edge of the crack arrest hole.…”

Section: Introductionmentioning

confidence: 98%

Studying a Repair Method of LY12 Aluminum Alloy Plate

Lv,

Wang,

Yang

et al. 2023

Metals

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The difference in the strengthening effect of different thickness reinforcement plates on an LY12 aluminum alloy central defect plate and the load distribution between the reinforcement plate and central defect plate in the reinforcement plate structure were studied. Through a method of equivalent transverse load in a small interval [a + Δa], the equivalent cyclic load of the central defect plate in the reinforced plate structure under different crack lengths was calculated, and then the distribution of the internal load of the reinforced plate structure with a different thickness with the crack propagation was solved. The secondary development program of the finite element software Abaqus was written in Python language, so that Abaqus software can solve the problem of high cycle fatigue. The finite element simulation of the different thickness-reinforced plate structure is carried out by this program. Through the output data, the equivalent cyclic load of the central defect plate in the reinforced plate structure under different crack lengths is calculated. Through three different fitting methods, the mathematical relationship between the equivalent cyclic load Δσ and the crack length a at both ends of the central defect plate in the reinforced plate structure is described. Based on the mathematical relationship and the finite element output data, the fatigue crack propagation life of the reinforced plate structures with different thicknesses is calculated. It is found that, under the same crack conditions, with the increase in the thickness of the reinforced plate, the bearing load of the cracked plate decreases and the life of the cracked plate increases. With the expansion of the crack, the bearing load ratio of the reinforced plate increases. The simulation method is compared with the experimental results to verify its effectiveness.

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Section: Introductionmentioning

confidence: 98%