A microstructurally oriented constitutive formulation for the hyperelastic response of crimped collagen fibrils existing in soft connective tissues is proposed.
The proposed norm-oriented formulation extends the goal-oriented formulation since it is equation-based and uses an adjoint.
This program combines an object-oriented formulation and a parallel processing program architecture.
The motion of the system is specified at the workpiece level, by adopting a task-oriented formulation for cooperative tasks.
In this paper, we propose a component-oriented formulation of noninterference that enables compositional security verification driven by system topology.
At the same time, the norm-oriented formulation somewhat supersedes the goal-oriented one since it is basically a solution-convergent method.
Then, a practice-oriented formulation for the ultimate rotation domain, based on the Load Contour method extended to the chord rotations, is proposed and discussed.
Conventional methods can hardly provide a solution, for a designer-oriented formulation, satisfying several objectives and associated goals as demanded by a practical application due to the competing nature of those objectives.
We present several equivalent formulations of the proposed notion, each oriented towards a specific application of logical reasoning such as abduction and diagnosis.
We present an optimization formulation and then propose two iterative flow oriented heuristics for the conflict-free and interference-aware cases, respectively.
This paper presents static and dynamic behavior of functionally graded polymer composite plates reinforced by randomly oriented multi-walled carbon nanotubes using novel layer-wise formulation concept.
