Procedure for Impact Testing of Fused Recycled Glass - Halley, David
23,99 €
inkl. MwSt.

Versandfertig in 6-10 Tagen
payback
12 °P sammeln
  • Broschiertes Buch

This report was developed due to a collaborative event surrounding the creation of a reception desk made of Low Temperature Fused Recycled Glass. Having established the material to be used for the reception desk, the process began with the creation of two thicknesses of Low Temperature Fused Recycled Glass, which would then be cut to size to create forty test specimens. The test specimens were made to subject them to an impact event using a specifically made impact tester. Using a practice-based approach together with scientific experimentation, it was found that coating the glass specimens…mehr

Andere Kunden interessierten sich auch für
Produktbeschreibung
This report was developed due to a collaborative event surrounding the creation of a reception desk made of Low Temperature Fused Recycled Glass. Having established the material to be used for the reception desk, the process began with the creation of two thicknesses of Low Temperature Fused Recycled Glass, which would then be cut to size to create forty test specimens. The test specimens were made to subject them to an impact event using a specifically made impact tester. Using a practice-based approach together with scientific experimentation, it was found that coating the glass specimens with a recyclable epoxy resin did enhance the specimen's ability of withstanding an impact event. To gain a firm understanding of glass and its characteristics a comparative approach to two similar materials to glass, marble and granite, was undertaken. By investigating the makeup of both marble and granite together with current test methods surrounding them, the quantitative data gained aidedin the creation of a new and innovative way of testing Low Temperature Fused Recycled Glass.
Autorenporträt
Le matériau en verre recyclé est fabriqué à partir de verre de bouteille 100% recyclé et consomme moins d'énergie que la technologie de refonte. Elle n'utilise également aucun additif dans le processus de fabrication, ce qui permet au matériau en verre recyclé, en principe, de retourner dans le circuit de recyclage après la fin de son utilisation, contribuant ainsi à l'économie circulaire avec un faible impact écologique.