This goal is achieved by splitting the optimization problem in a multi-scale framework.
The objective of this work is the formulation of a multi-scale framework for electrochemically promoted systems.
Comparison between the multi-scale framework and a macroscopic model [1] is carried out for several sets of operating conditions.
This paper presents a stochastic approach to study the natural frequencies of thin-walled laminated composite beams with spatially varying matrix cracking damage in a multi-scale framework.
A novel computational method is presented for solving fluid dynamics equations in the multi-scale framework when the system size is an important parameter of the governing equations.
The cubic splines are built using subdivision schemes, a technique of fast generation of smooth curves, compatible with the multi-scale framework.
In the present paper, robust concurrent optimization of material and structure under unknown-but-bounded load uncertainties is investigated in a multi-scale framework.
The multi-scale framework delivers representative models in the WiseTex format and is demonstrated for a carbon-epoxy 2/2 twill woven composite produced by resin transfer moulding.
Within a hierarchical multi-scale framework productivity is derived at stand-level by means of a light-use efficiency approach, and downscaled to individuals via local light availability.
In this paper, a computer-aided, multi-level, multi-scale framework for synthesis, design and intensification of processes, for identifying more sustainable alternatives is presented.
We present a hierarchical and multi-scale framework to design CCUS and CCU supply chain networks with minimum investment, operating and material costs.
