Exact(43)
The resistance strain gauge is a valuable tool in the field of experimental stress analysis.
The results are compared to experimental stress relaxation curves.
Laboratory facilities are available to students in building energy, construction, environmental engineering and science, experimental stress analysis, fluid mechanics, structural and earthquake engineering, and advanced sensing technologies.
However, before investigating molecular stress responses, appropriate experimental stress conditions must be precisely defined.
It may be possible that other co-regulating TFs partially take over the regulatory role on each gene under our experimental stress condition when OmpR is deleted on the genome.
This work is about the behavior evaluation of structural wooden sleepers through experimental stress analysis.
Similar(17)
The new equation was used to fit the experimental stress-strain curves.
Then these experimental stress-strain curves were fitted by an appropriate material model.
Finite element analysis, based on the actual microstructure of the steels, yielded good agreement with the experimental stress-strain behavior.
It is generally considered that 2D modeling underestimates the flow curves and that 3D modeling predicts the experimental stress-strain curves more accurately.
In this study agarose gels has been investigated through experimental stress-relaxation tests and with the aid of a 3D poroviscoelastic model.
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