The conservatism of sector-based results for systems consisting of an interconnection of a linear-time-invariant (LTI) system and a static, sector-bounded nonlinearity is well known.
Despite the well-known conservatism of sector-based results for systems consisting of an interconnection of a linear-time-invariant (LTI) system and a static, sector-bounded nonlinearity, they are widely used in control system analysis and synthesis.
The economy remains fundamentally dualistic; commercial primary production and a static modern sector are the two principal sectors, with less favored agricultural land absorbing the remaining rural households.
The equilibrium outcome for the land surplus economy depicted in Fig. 3 indicates a static modern sector displaying zero per capita growth.
The service models have also typically entailed task shifting and provision of free services, either in static public-sector service sites or through mobile outreach.
In the case of static analysis, the sector plate is subjected to a uniform pressure load and for dynamic analysis is subjected to an impact loading.
D. Y. Dai et al. [8] presented a method for segmenting moving and static objects in sector-scan sonar imagery.
Another approach is presented by Proença and St. Aubyn [31] with their hybrid bottom-up/top-down, multi-sector, static CGE model.
As the sector is static and conservative, it is not very agile to react to these changes.
Non-linear static analysis of laminated sector plates with any combination of clamped, simply supported and free edges is presented using Generalized Differential Quadrature (GDQ) method.
The effects of power-law indices, thickness variation, coefficients of foundation, various boundary conditions and geometrical parameters on linear and non-linear static behaviors of circular/annular sector plates under uniform and non-uniform loading are comprehensively investigated.
