Standard Test Methods for Void Content of Reinforced Plastics

Importancia y uso:

5.1 The void content of a composite may significantly affect some of its mechanical properties. Higher void contents usually mean lower fatigue resistance, greater susceptibility to water penetration and weathering, and increased variation or scatter in strength properties. The knowledge of void content is desirable for estimation of quality of composites.

Subcomité:

D20.18

Referida por:

D7332_D7332M-23, D3039_D3039M-17, D7745-19, D2344_D2344M-22, D6415_D6415M-22, C0364_C0364M-16R24, D5961_D5961M-23, D3410_D3410M-16E01, D6416_D6416M-16R24, D5528_D5528M-21, D6484_D6484M-23, F0641-09R23, C0273_C0273M-20, D4255_D4255M-20E01, D7264_D7264M-21, D5450_D5450M-22, D5229_D5229M-20, D5687_D5687M-20, E1556-20, D7905_D7905M-19E01, D5467_D5467M-97R17, D8131_D8131M-23, D7291_D7291M-22, D5449_D5449M-22, D6115-97R19, D5448_D5448M-22, D5379_D5379M-19E01, D8510_D8510M-23, D7248_D7248M-23, D3039_D3039M-17, D5766_D5766M-23, D8387_D8387M-23, D7078_D7078M-20E01, C0297_C0297M-16R24, D6671_D6671M-22, D7136_D7136M-20, D4762-23

Volúmen:

08.01

Número ICS:

83.120 (Reinforced plastics)

Palabras clave:

composites; ignition loss; plastics; reinforced plastics; void content; weight fractions;