Potential profile of Silicon calculated from Lennard-Jones potential function
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Force profile of Silicon calculated from Lennard-Jones potential function
Potential profile of Silicon calculated from Stillinger-Weber potential function
Force profile of Silicon calculated from Stillinger-Weber potential function
Top left - Normalized stress field ahead of crack tip for edge crack at a critical state of crack propagation at boundary stress of 3.36 GPa for crystalline
Bottom left - Normalized stress field ahead of the crack tip at critical state using MS and FE analysis for the crack depth of (h/2) from the loading boundary
Right - Normalized stress field ahead of crack tip at critical state for cracks at various depths (h/2 - h/20) from the loading boundary indicating the local linear elastic zone where the fracture properties dominate
Dependence of critical SIF on crack depth from the loading boundary using MS and FE analysis
Boundary stress and stress intensity factor (SIF) at the critical state for different crack depths relative to the loading boundary indicating a linear decrease away from the “bulk” region
(Normal) Lagrange strain ahead of crack tip
Lagrange and linearized Lagrange strain ahead of the crack tip
Strain field normal to the crack plane ahead of the crack tip
Strain field along the crack direction ahead of the crack tip
Shear strain filed ahead of the crack tip
Normalized stress filed ahead of the crack tip
Potential profile of different atomic combination of silica calculated from BKS potential function
Left - Invariance of elastic properties of amorphous silica with respect to randomness of atomic arrangements
Top right - Invariance of elastic properties of amorphous silica with respect to randomness of sample size
Bottom right - Invariance of elastic properties of amorphous silica with respect to randomness of strain rate
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