Interpretive description design was developed to gain an understanding of a phenomenon that would facilitate knowledge development to inform clinical practice [ 20, 21].
A detailed nonlinear finite element model was developed to gain additional insight into the observed behavior.
This work describes an analysis framework specifically developed to gain insights into honeynet data.
New 3D piezoelectric actuators have been developed to gain higher displacements or specific bending effects.
Surgical procedures for parotidectomy had been developed to gain adequate approach, prevent morbidity of nerve, and give esthetic satisfaction.
A novel analytical model, including a rule of mixture scaling, is developed to gain phenomenological insights into the data obtained.
After studying existing architecture analysis methods an analysis method was developed to gain confidence to carry out the proposed changes.
A manufacturing cell has been developed to gain a synergy of design and intrinsic stiffness in the same component.
A comprehensive CFD model was developed to gain an insight into solid suspension and its implications on the liquid-phase mixing process in a solid liquid stirred reactor.
A technique to model the constraints in the context of use of concept hierarchies is proposed and the efficient algorithms are developed to gain the aim.
