Buckling behaviors of the two illustrative tanks under the global and localized differential settlement are investigated using the general-purpose finite element computer package ABAQUS by means of the geometrical nonlinearity algorithm.
In this study, useful compositions of 13C-labeled glucose for 13C-metabolic flux analysis (13C-MFA) of Escherichia coli are investigated using a computer simulation of the stable isotope labeling experiment.
Normal and abnormal grain growth evolution of a two-dimensional network of 1024 grains is investigated using a computer simulation based on the variational principle derived in Part I of this paper.
For this purpose, the possibility of higher preheat temperature is investigated, using a computer software analysis, and a new configuration is proposed according to the simulation results.
On the other hand, in order to obtain the long tape with uniform Ic values, in the crystallization process, the gas flow condition in a large scale equipment for the continuous long tape process was investigated using a computer simulation technique.
In this work, the imaging properties and aberration analysis of an electrostatic afocal-zoom lens design were investigated using a computer optimization technique.
The proposed technique is investigated using computer simulation including real-life images in different complex environments.
In the present study, the effects of the loading types and the reinforcement ratio on the flexural stiffness of beams has been investigated by using the computer program developed for the analysis of reinforced concrete frames with members in cracked state.
The relationship between the structure and property of voltage tunable inductors comprising of magnetoelectric Metglas/PZT composites and the underlying domain-level mechanisms are investigated using theoretical analysis, computer simulation, and complementary experiments.
Additionally, the system robustness for different load masses is investigated using computer simulation and experimental research.
