Much is known about effective propagation that would help project teams develop innovations that are more likely to propagate widely.
The numerical procedure to perform automatically the crack propagation is widely explained.
The objective here is to obtain solutions with an adequate accuracy from the engineering point of view to the integrals that arise in a first order formulation of a wave propagation model widely used for layered soils.
Non-line-of-sight (NLOS) propagation, which widely exists in wireless systems, will degrade the performance of wireless positioning system if it is not taken into consideration in the localization algorithm design.
In horticulture and forestry, vegetative propagation is widely used for the multiplication of plants with optimal phenotypes obtained in breeding programs or selected from natural populations.
The various modern, commercial, nursery methods and the Yap method of traditional, aerial, propagation differ widely but they share a common cause which is the rate of germination.
Basement-involved, predominantly E-vergent imbricate thrust faults, positive flower structures, and fault-propagation folds widely occur in the Upper Cretaceous strata of the EZ basins.
Semi conductor optical wave guides with well defined refractive index profile and geometric shapes which help to understand the propagation properties are widely used in the field of integrated optics.
Constraint propagation has been widely used in nonlinear single-objective optimization inside interval Branch & Bound algorithms as an efficient way to discard infeasible and non-optimal regions of the search space.
The propagation technique is widely used for production of various bioactive products, including DNA plasmids for vaccine and recombinant proteins [ 25, 31, 32].
