Exact(1)
The FE analysis revealed the influence of stress ranges, reinforcement ratios, sizes of H-steel beam and stud shear connectors on fatigue characteristics of SRC beams, such as stress intensity factors, crack propagation, damage in reinforcement bars and residual strength of concrete.
Similar(59)
In order to conduct an accurate progressive collapse modeling, one needs to identify damaged members and to trace the propagation of damage.
Warren et al. (2016) developed a 3D progressive-damage model to capture the onset and initial propagation of damage in a 3D woven composite in a single-bolt, double-shear joint.
The onset and the propagation of damage such as interfacial debonding were observed using high speed camera in order to understand damage mechanisms.
Diagonal propagation of damage shows the importance of shear failure criteria introduced in the erosion algorithm described above in Sect.
The X-ray CT technique was then used to reveal the crack propagation and damage progression during testing.
The uncertainty in composite materials response is largely due to variability in the initiation and propagation of damage.
As a result, the peridynamic approach presents promising results in predicting fracture propagation and damage area.
Inferrences on the initiation and propagation of damage are made from the two-dimensional simulations.
In addition, the initiation and propagation of damage and fracture patterns over the deck structures were computed.
Furthermore, increasing the amount of cement accelerates the crack propagation and damage dispersion rate while these two parameters reduced significantly in the case of fiber-reinforced cemented aggregate.
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