The applicable forms of uncertainty have been categorised as: #Conceptual uncertainty.
That is: the criteria appear objective (low epistemological uncertainty), applicable incrementally (low indeterminate uncertainty), and undisputed (low ambiguous uncertainty).
GAU2, rather than AU, is applicable to measure uncertainty in DSmT frameworks and can deal with continuous problems.
In manufacturing environments, optimal solution may not be applicable due to uncertainty and variation in system parameters.
Unlike other methods, such as modal expansion methods, the proposed method is applicable to general uncertainties in the damping and stiffness matrices with the sole restriction that the system remains stable with probability one.
Where applicable, the same uncertainties as in the bulk DGT analysis were used.
Therefore, stochastic, fuzzy or interval programming approaches are no longer applicable to consider the uncertainty.
We seek to compute the response surface – applicable e.g. to Uncertainty Quantification (UQ) and control laws for flight – of aerodynamic observables in CFD solutions for high Reynolds flows, in cases displaying stiff evolutions in the Design of Experiment space (DoE).
The uncertainty is applicable to a wide range of parameters comprising pore pressure, uniaxial compressive strength (UCS), in situ stresses, Poisson ratio, void ratio, tensile strength, angle of internal friction, cohesion, elastic modulus, etc. Hitherto, elastic modulus, Poisson ratio and void ratio are parameters that are largely omitted in wellbore stability investigations.
The finalised questionnaire included a mixture of closed questions with a small number of options, many having five potential responses to attitudinal statements (sometimes with a 'not applicable' option to differentiate uncertainty from question irrelevance due to the nature of the call, e.g. breastfeeding discontinuation) and open questions.
