Computer-based eulerian property description of a gaseous incompressible flow

Τίτλος

Computer-based eulerian property description of a gaseous incompressible flow

Θέμα

Nanostructured materials

Gas flow

Eulerian graph theory

Δημιουργός

Karaiskos, Michalis

Πηγή

Higher Technical Institute

Το πλήρες κείμενο είναι διαθέσιμο από το Υπουργείο Ενέργειας, Εμπορίου Βιομηχανίας και Τουρισμού.

Εκδότης

Library of Cyprus University of Technology

Ημερομηνία

2000

Δικαιώματα

Απαγορεύεται η δημοσίευση ή αναπαραγωγή, ηλεκτρονική ή άλλη χωρίς τη γραπτή συγκατάθεση του δημιουργού και κάτοχου των πνευματικών δικαιωμάτων.

Μορφή

pdf

Γλώσσα

en

Τύπος

text

Αναγνωριστικό

MED0502

Σύνοψη

Nanostructured materials are a new class of synthetic materials with ultrafine microstructures, somewhat arbitrarily defined as structures smaller than 100 nanometres. These materials may be composed of metals, ceramics, polymers, and their composites. The materials can be in the form of powders, thin films, porous media, or dense structures.
The objective is to establish at H.T.I a Nanomaterials Research Center (NRC) with the target of being a leader in the rapidly emerging field of nanostructured materials and to achieve rapid growth and attractive industrial feedback from its proprietary position. The mission statement of the NRC is provided in the Appendices.
The breadth of the Center's technology places it in a position to achieve a strong proprietary position in both the manufacture and application of nanostructured powders. The Center's potential opportunity areas include the Spray Conversion Process for making nanostructured powders, the powder products of that process, processes for creating net-shaped parts from nanostructured powders, such as PIM, and nanostructured net-shape parts. NRC is focused on maximizing the commercial potential of its technology.
This project carries the title: "Computer-base Eulerian Property Description of a gaseous Incompressible Flow" and its major objective was to establish the Eulerian description of the reactor's flow.