We present computational results showing that (i) good quality solutions can be computed and (ii) proper load balancing can efficiently obtain service differentiation.
Although a metronome standardized movement velocity and guided study participants throughout the different movement phases, the duration of each movement phase was computed and no significant load effect was found during the flexion and extension phases.
The average buckling load of each SWCNT was computed and compared with earlier reported buckling loads for individual SWCNTs and it was found that the presence of intratube van der Waals interactions tend to weaken the CNT bundles.
Results for eccentric cylinders and non-axisymmetrically loaded circular cylinders are computed and exhibited graphically.
These parameters can be computed offline and loaded for the runtime of a system-level simulation, thus significantly reducing the computational burden.
Finally, the numerical results of a square or a rectangular simply supported curved plate section of a cylindrical shell under thermal loading have been computed and compared with other known results.
The stress distribution in the load-bearing plate was computed, and the location of main stress concentration in the plate was determined.
The expected time taken by a nematode to reach a change point can be computed using model parameters and loading distributions.
The relative pixel intensity was computed by loading the photos into ImageJ (V.1.47).
This way, deformations and stresses caused by external loads can be computed on a microscopic scale with sufficient accuracy and detail resolution.
