The dimensions of the joints are chosen so as to produce a wide range of combinations of shear and peel stresses in the adhesive layer.
Several trends of aforementioned parameters, which are unique to dynamic indentation, are discussed in the context of simulation results for a wide range of combinations of material properties and indentation velocity.
Therefore, we can select optimal thresholds from a wide range of combinations of different thresholds such that the quality-of-services of mobile users are satisfied while throughput is maximized.
Note that these samples were randomly selected and they cover a wide range of combinations of parameters, values, and strengths to be selected for very simple but also more complex case studies with different testing levels (unit, system, acceptance, etc).
Therefore, we can select optimal thresholds from a wide range of combinations of different thresholds for the threshold-based channel reservation such that the quality-of-services of mobile users are satisfied while throughput is maximized.
The automatic approach, while confirming that the available manual solution is very close to optimality, yields an entire set of additional optimal solutions, showing its effectiveness in the simultaneous analysis of a wide range of combinations.
Although this parameters should be adjusted according to the application requirements, our main concern in this evaluation is to choose a value that gives enough statistical relevance in terms of number of messages generated and at the same time achieve scalability in the simulations, i.e., be able to test a wide range of combinations of scenarios, protocols, and parameters.
The major impact of enhanced citrate efflux is to increase the efficiency of applied P. The enhanced model enables simulations of a wide range of combinations of Genotype by Environment by Management (GxExM) scenarios, to address knowledge gaps, and to assist in design of field testing for validating the performance of new wheat varieties across environments.
The surrogate response-aided SS is able to, simultaneously, approach the failure domains of all the possible designs in the design space by a single run of simulation and to generate more complete design information, which subsequently yields feasible designs with a wide range of combinations of design parameters.
A comprehensive sensitivity analysis evaluated the influence of uncertain demographic rates and of aspects of the spatial dynamics (sex and age dispersing individuals, sex-biased dispersal and different dispersal rates) on the predicted extinction risks and showed that our model was robust to changes of a wide range of combinations assessed.
