In this work, the probability of failure of concrete beams under fatigue loading is computed using a modified fatigue law by considering different parameters responsible for fatigue failure as randomly distributed.
The effect of SSI was studied by considering different parameters such as flexibility of soil, stiffness of the raft of piled raft foundation, slenderness ratio of the chimney and chimney elevation.
Future investigations would try to sort CD3+ intraepithelial and lamina propria T cells, analyze for TREC levels, and perform multivariate analysis by considering different parameters that directly affect the TRECs measurement (age, intracellular degradation of TRECs, cell proliferation, etc).
Further thermal modelling has been developed for the PVT greenhouse dryer by considering different parameter namely crop, greenhouse and solar cell temperatures, etc. Numerical computations have been done with the help of program made on MATLAB 2013a and the results are validated with experimental values.
The 2-epochs model considers different parameters established by a point in the past that was previously estimated in a likelihood framework.
The experiments were performed by considering different process parameters viz.
The effects of Joule heating, thermal radiation and velocity slip boundary conditions are analyzed by considering different slip parameters, EDL thickness, pressure gradient and flow behavior indices.
A 2-D SEDPAK numerical stratigraphic forward modeling was used to further constrain sequence development in the Jupiter Depression by considering different modeling parameters and the spatial-temporal characteristics of magmatic activity.
The mechanical stability was investigated by considering different criteria and parameters: maximum forces, the maximum number of loading cycles, stiffness, the permanent plastic deformation of the specimens during the cyclic fatigue tests, and the maximum displacement range in the hysteresis loops of the cyclic loading responses.
Therefore, much attention has been devoted to the study of various systems with uncertainties, and a great number of useful results have been reported in the literature on the issues of robust stability, robust H ∞ control, robust H ∞ filtering, and so on, by considering different classes of parameter uncertainties [12, 14].
Now we can define the weak Delaunay complex (operatorname {Del}^{w}(L S,epsilon )) at scale ϵ to be the simplicial complex with vertex set L, and such that a subset (sigmasubseteq L) is in (operatorname {Del}^{w}(L S,epsilon)) if and only if it has a weak ϵ-witness in S. By considering different values for the parameter ϵ, we thereby obtain nested simplicial complexes.
