The complete characterization of mechanical properties for ecological composites is an essential step for their common use and widespread. Several families of ecocomposites, consisting in green matrix reinforced with natural fibers, have been produced and experimentally tested. These results have been compared with experimental data from carbon fiber and glass fiber composites. The experimental campaign consists in: Tensile tests (ASTM D3039) Flexural tests (ASTM D730) Drop-weight impact tests (ASTM D7136) Accelerated aging test At present, only flexural tests are completed and here presented
A. Pavlovic, S. De Paola, C. Fragassa, G. Minak (2013). Mechanical Characterization of Green Composites: Earliest Experimental Evidences by Flexural Tests. ICEE.
Mechanical Characterization of Green Composites: Earliest Experimental Evidences by Flexural Tests
PAVLOVIC, ANA;FRAGASSA, CRISTIANO;MINAK, GIANGIACOMO
2013
Abstract
The complete characterization of mechanical properties for ecological composites is an essential step for their common use and widespread. Several families of ecocomposites, consisting in green matrix reinforced with natural fibers, have been produced and experimentally tested. These results have been compared with experimental data from carbon fiber and glass fiber composites. The experimental campaign consists in: Tensile tests (ASTM D3039) Flexural tests (ASTM D730) Drop-weight impact tests (ASTM D7136) Accelerated aging test At present, only flexural tests are completed and here presentedI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
