The methodology proposed is applicable for the triangulation of general NURBS B-Rep.
The model proposed is applicable for thick monolithic ceramic targets under steady-state penetration conditions, and not for layered targets.
The performance of the proposed method, applicable for different power network topologies, is validated by using different numerical simulations applied to various case studies.
In order to establish the network topology in a simulation architecture, we proposed an applicable for multi-hop relay network topology architecture (AMRNTA).
The proposed algorithms are applicable for real time applications with high accuracy measures.
The two validations suggest that the proposed method is applicable for predicting variables with uncertainty in process industry.
Though the proposed work is applicable for second order nonlinear discrete-time systems expressed in non-strict feedback form, the proposed controller design can be easily extendable to an nth order nonlinear discrete-time system.
The proposed method is applicable for low velocity-movements while high velocity-movements are not recommended.
The proposed methodology is applicable for the design improvement of different kinds of compliant/parallel mechanisms.
The proposed approach is applicable for both protected and unprotected steel sections.
