An efficient construction of the Jacobian matrix is proposed, resulting in diagonal matrices.
Therefore, the application of carbon-starving periods as an innovative operational strategy was proposed, resulting into increments up to 50% of both yields and total production.
In order to reduce the number of unknown variables, a bidimensional damage (element) function is proposed, resulting in a considerable improvement of the optimization performance.
Industrial practice and state-of-the-art methods focus on the technical issues of each activity, but no integrated approach has been yet proposed, resulting in a lack of optimality for the final cell configuration.
Various ways of transient formulations which neglect the Kelvin—Helmholtz contribution to instability are proposed, resulting in a simple and useful criterion for the stability of steady-state annular flow.
When the treated signal is affected by additive noises, a least squares-based "invariant filtering" is proposed, resulting in an enhancement of the signal to noise ratio of the factors conforming the basic algorithm.
Moreover, in order to overcome possible feasibility drawbacks related to a real-time adjustment of harvester parameters, a simplified tuning procedure is proposed, resulting effective in a wide wind-speed range.
