To verify the equation, the results were compared to the data measured from a load cell.
Four main crack angles measured from the load direction, i.e. 45, 60, 75, and 85°, with crack length to plate width of 0.1, 0.3, and 0.5 were considered.
Structural integrity as measured from the load-deflection curve demonstrated up to 53% increase for Thin NCCF Elium composite compared to their counterpart composites with epoxy matrix.
To measure Ca2+ transients, fluorescence signals were measured from fluo-4 loaded myocytes using a Nikon TE 2000 microscope and an InCyt Standard PM photometry system (Intracellular Imaging, Cincinnati, OH, USA).
Peak load corresponded to 60% of the maximal load measured from the first bone (contralateral humerus).
Dr. Grant Colfax, director of H.I.V. prevention and research in the Department of Public Health, calls San Francisco's mapping of the viral loads measured from 2005 through 2007 "a thermometer".
Traits such as bone mineral density, mass, volume, area moment of inertia (MI) and the section modulus (SM) were computed from computed tomography (CT) data and failure load was measured from four-point bending tests.
In the current study brain gene expression levels of autopsied LOAD subjects measured from the cerebellum (n = 197) and temporal cortex (n = 202) were used.
The compressive force and corresponding vertical displacement measured from the MTS built-in load cell and displacement sensor were converted into the applied bending moment and corresponding angular displacement.
