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The specimen section and fracture surface observations revealed fatigue damage mechanisms in both the TBC-coated and uncoated specimens, and that finding helps explain the differences in the fatigue behaviour of both materials.
Without local deformation and stress concentration at contact points between the extensometer and the specimen surface in strain-controlled fatigue tests, the crack initiation and propagation were studied by SEM examination of specimen surface with replication technique, longitudinal cross section and fracture surface.
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Specimen sectioning and fracture surface studies revealed fatigue damage mechanisms both in coated and uncoated specimens.
Different microscopic techniques were used on polished thin sections and fracture surfaces in order to understand the method of producing these renders and the effect of urban pollution on them.
Through SEM observation of the cross-fracture section and vertical fracture section for the heat-insulated FPP polymer rod, a cylindrical multi-layer structure was first observed in the FPP product.
Central aspects of the research project are microscopic studies of the joining zone in cross section and extensive fracture surface analysis.
Longer, more complex procedures such as exploratory laparotomy, cesarean section, and orthopedic fracture reduction necessitated higher doses of ketamine.
Microscopy of polished sections and the fracture surfaces of specimens which failed during stressed-oxidation or after the room-temperature retained property test was performed on some of the specimens in order to quantify the nature and extent of damage accumulation that occurred during the test.
When there existed natural fractures in the reservoir, the intersection between fracture section and radial well section firstly shows fracturing.
The junctions are large and most often have an undulating surface topology as determined by thin sectioning and freeze-fracture.
We have analyzed these structures using negative staining, thin sectioning and freeze-fracture-etch electron microscopy and describe their structure for the first time.
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