Exact(10)
Ninety-nine explantibialbinsertserts were evaluated for surface damage.
Therefore, the tooth with a pressure angle of 45° has the maximum torque capacity for surface damage.
The preservation status of the artefacts was established in two ways; macroscopically, by describing and classifying visible evidence for surface damage, and chemically by comparing elemental content (Cu, Pb, Sn, Zn) of each object's corroded surface and uncorroded core.
From ISO standards for the allowable stress, we selected a flame-hardened MQ class steel with σ Flim = 360 MPa for bending and σ Hlim = 1150 MPa for surface damage.
For surface damage, the abrasive wear by the formation of lateral cracks during shearing is calculated using a model of chipping for the semi-brittle failure mode.
In order to express the allowable stress for surface damage in terms of the Hertzian maximum stress p max, the formula was converted to Eq. (6) by using the relationship τ zx = 0.25p max (Yamamoto and Kaneta, 1998): {sigma}_{Hlim}=4times {tau}_w (6).
Similar(50)
Adult GIN collected were fixed and examined for evidence of surface damage using scanning electron microscopy.
The qualitative patterns of microdamage progressed from surface damage for short hold times to microcracks extending through the trabecular thickness as hold time increased.
After annealing at 435 °C for 1 h, two types of surface damage were observed.
Scanning electron microscopy provided evidence for cell surface damage by the reported di-alkylated paromomycins.
We calculated the Hertzian contact stress under the meshing point in order to evaluate the load capacity for tooth surface damage.
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