These were determined through a numerical experiment, based on a discrete model of the jib boom and predefined boundary conditions.
The simulated experiments are based on the numerical solution of the Laplace's equation with predefined boundary conditions of the problem and have been designed to establish independent correlations among corrosion rate, temperature, kinetic parameters, concrete resistivity and limiting current density for a wide range of possible anode/cathode (A/C) distributions on the reinforcement.
The logical expressions verify that the rate of change is both negative and within an acceptable range as well as that the CGM glucose values are within predefined boundaries and that a pending hypoglycemic event is predicted within the threshold time window.
Moreover, γ ( x ( t ) ) = j implies that the system realization is chosen as the j th system, j = 1, 2, …, N. It is seen that system (2.1) can be viewed as an autonomous switched system in which the effective subsystem changes when the state x ( t ) hits predefined boundaries.
Moreover, γ ( x ( t ) ) = j implies that the system realization is chosen as the j th system, j = 1, 2, …, N. It is seen that the system (2.1) can be viewed as an autonomous switched system in which the effective subsystem changes when the state x ( t ) hits predefined boundaries.
Moreover, γ(x k)) = i implies that the system realization is chosen as the i th system, i = 1, 2,..., N. It is seen that the system (2.1) can be viewed as an autonomous switched system in which the effective subsystem changes when the state x(k) hits predefined boundaries.
Moreover, γ ( x ( t ) ) = i implies that the system realization is chosen as the i th system, i = 1, 2, …, N. It is seen that system (2.1) can be viewed as an autonomous switched system in which the effective subsystem changes when the state x ( t ) hits predefined boundaries.
Initial stages of analysis should identify the full range of potential positive and negative pathways to health impacts within predefined boundaries, as well as the critical uncertainties in these causal pathways, while making explicit the criteria used to determine which exposure outcome relationships are included in the model.
We did not overcome the subjectivity of a predefined distance search boundary like all the family of 2SFCA methods.
Each reducer is set to have a predefined workload limit.
