Because of relatively smaller cross section of the FGT tubes in the bottom side, compression load results in higher stress rates at this side and deformation of all FGT specimens start from the bottom by inversion of tubes.
This specimen, started in 1948 from a gift seed from the Lu Shan Botanical Garden, in Kuling, China, now stands a magnificent 24 feet tall and 30 feet wide, overlooking the Anacostia River.
Each specimen was sectioned transversely, perpendicular to the lumen, into 4 mm blocks, starting from the specimen base, and then, progressing distally until the whole specimen, including the bifurcation, was cut.
Starting from the specimens milled for the longest time, considered in this study, isothermal annealing experiments were carried out to monitor the reverse transformations.
In this study, we investigate the evolution of the surface roughness parameters starting from pristine specimens and ending in final fracture in fully-reversed cyclic bending tests.
Laboratory tests commonly used to assess the fracture strength of crown-shaped specimens tend to produce fractures starting from the contact damage caused by the loading device (3, 5– 7).
The growth and shape evolution of semi-elliptical surface cracks, starting from the cylindrical specimen surface, has been measured for several loading conditions and both testing types.
As a control, we have produced further 8,982 (805,155 bp) mtDNA sequences from a contemporary specimen using the same system and starting from the same template copy number of the ancient sample.
Starting from the 424 color specimens of the OSA-UCS set, we propose a fuzzy partitioning of the color space.
