The main goal of this work is the acoustic characterization of natural fibres. The procedure here proposed focuses on measuring the flow resistivity of these materials through a steady flow experimental setup. In the current work, the algorithm used is MOGA-II (Multi-Objective...
This thesis concentrates on developing the interconnection between two PWBs on mm-wave frequency (26.5 GHz – 29.5 GHz) between the antenna module and motherboard. The overall aim of this thesis was to provide a functional and optimized interconnection method with measurement results and...
The plant model is realized by schematizing the whole biomass-to energy chain within the Thermoflex™ environment and, simultaneously, by improving the prediction of the ICE performance through a properly developed and validated one-dimensional (1D) model in GTSuite. Simulation of the...
The research objective is to establish guidelines, for early design stages, for the facade design of a nearly Zero-Energy high rise office building in the temperate climate, supported by computational optimization. Based on the results of the optimization, achieved using modeFRONTIER,...
This research aims to investigate and optimize the thermal energy performance of a Phase change material (PCM) Trombe wall to create an economically feasible product. An initial simulation model is used for the energy performance calculations, this model is extended and developed...
An inter-organizational design optimization workflow has been set using ESTECO technology for simulation process and data management to assess and optimize the performance of a wind turbine. Different organizations have been involved in the project: a company expert in wind power unit and expert...
The optimization of the profiles was done using the modeFRONTIER optimization code, which, in turn, coordinated the VF Opera Modeller, Tosca, Elektra and post-processor modules together with the special post-processing data via Matlab.
Optimization procedures focused on fuel consumption and hydrocarbon liquids recovery can improve the energy efficiency, product recovery, and sustainability of the plant.
The goal of this research is to investigate the behavior and to optimize a structure featuring these curved-bistable beams. On the system level, the deformation pattern, stresses throughout the structure, and total energy loss is calculated.
