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The relations between aspect ratio (b/c) and relative crack depth (b/D) are obtained, and it is shown that there is great difference in the growth of cracks with different front shapes and initial notch depths.
These samples were firstly loaded to produce cracks with different widths.
Also, the plastic energy dissipation behavior near cracks with different curvatures is discussed for both materials.
Various numbers of inclined equidistant cracks with different inclination angles under semi-permeable crack-face boundary conditions are examined.
The dislocation density functions are employed to evaluate modes I and II stress intensity factors for multiple cracks with different configurations.
Finally, a fracture mechanics approach is also employed where the crack paths measured are compared with the stress intensity factor (SIF) of cracks with different lengths and orientations showing also good results.
Similar(47)
The reduction of the paste volume as well as the substitution of Portland cement by supplementary cementitious materials (SCMs) delayed cracking with different mechanisms.
Both finite element simulated signals and experimental signals, which are obtained from a specimen with a 3 mm crack with different inclination angles, are used to evaluate the estimation error of the proposed technique.
For the first time, boundary integro-differential equations, corresponding to the crack with different magneto-electric properties, are established using the generalized method of potential theory in conjunction with the static general solutions.
Ring shaped mortar specimens reinforced with 8 mm diameter steel bar were cracked with different crack widths ranging from 0.12 to 0.6 mm.
Various diffusivity processes are investigated: prediction of moisture diffusion path and local moisture concentration inside a material samples during a sorption test, comparing total mass uptake for real microstructure and equivalent material models, sorption behavior of cracked samples with different crack volume fraction, hygro-thermal resin swelling simulation.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com