The aim of this paper was to present the determination of tensile strength Rm and modulus of elasticity Et of glass-epoxy composites at two different temperatures (at room temperature t=20°C, and at t =-50°C). Standard mechanical testing was carried out on glass woven-epoxy composite material with different structures (two specific weights of reinforcement, 210 g/m2 and 550 g/m2) and orientations (0°/90° and ±45°). Micromechanical analysis of failure was performed on a stereo microscope and SEM in order to determine real models and mechanisms of crack.
Predmet i cilj ispitivanja prikazanih u ovom radu predstavlja određivanje zatezne čvrstoće (Rm) i modula elastičnosti (EJ staklo-epoksi kompozitnih materijala ispitivanjem na zatezanje na dve različite temperature (t=20°S i t=-50°S). Ispitivanja su izvedena prema standardu na staklo-epoksi kompozitnom materijalu različitih struktura (dve specifične težine ojačanja 210 g/m2H 550 g/m2) i orijentacija ojačanja (0°/90° i ±45°). Doprinos predstavlja i mikromehanička analiza na prelomnim površinama izvedena na stereo i elektronskom mikroskopu kojom se došlo do stvarnih modela nastanka i razvoja oštećenja pri izvedenim ispitivanjima.
Keywords:
glass woven-epoxy composite material / tension test / low temperature test / micromechanical analysis
TY - JOUR
AU - Putić, Slaviša
AU - Stamenović, Marina
AU - Bajčeta, Branislav
AU - Stajčić, Predrag
AU - Bošnjak, Srđan
PY - 2005
UR - http://TechnoRep.tmf.bg.ac.rs/handle/123456789/779
AB - The aim of this paper was to present the determination of tensile strength Rm and modulus of elasticity Et of glass-epoxy composites at two different temperatures (at room temperature t=20°C, and at t =-50°C). Standard mechanical testing was carried out on glass woven-epoxy composite material with different structures (two specific weights of reinforcement, 210 g/m2 and 550 g/m2) and orientations (0°/90° and ±45°). Micromechanical analysis of failure was performed on a stereo microscope and SEM in order to determine real models and mechanisms of crack.
AB - Predmet i cilj ispitivanja prikazanih u ovom radu predstavlja određivanje zatezne čvrstoće (Rm) i modula elastičnosti (EJ staklo-epoksi kompozitnih materijala ispitivanjem na zatezanje na dve različite temperature (t=20°S i t=-50°S). Ispitivanja su izvedena prema standardu na staklo-epoksi kompozitnom materijalu različitih struktura (dve specifične težine ojačanja 210 g/m2H 550 g/m2) i orijentacija ojačanja (0°/90° i ±45°). Doprinos predstavlja i mikromehanička analiza na prelomnim površinama izvedena na stereo i elektronskom mikroskopu kojom se došlo do stvarnih modela nastanka i razvoja oštećenja pri izvedenim ispitivanjima.
PB - Faculty of Technology, Novi Sad
T2 - Acta periodica technologica
T1 - Low-temperature tension properties of glass-epoxy composite materials
T1 - Određivanje zateznih svojstava staklo-epoksi kompozitnih materijala na niskim temperaturama
EP - 134
IS - 36
SP - 123
DO - 10.2298/APT0536123P
ER -
@article{
author = "Putić, Slaviša and Stamenović, Marina and Bajčeta, Branislav and Stajčić, Predrag and Bošnjak, Srđan",
year = "2005",
abstract = "The aim of this paper was to present the determination of tensile strength Rm and modulus of elasticity Et of glass-epoxy composites at two different temperatures (at room temperature t=20°C, and at t =-50°C). Standard mechanical testing was carried out on glass woven-epoxy composite material with different structures (two specific weights of reinforcement, 210 g/m2 and 550 g/m2) and orientations (0°/90° and ±45°). Micromechanical analysis of failure was performed on a stereo microscope and SEM in order to determine real models and mechanisms of crack., Predmet i cilj ispitivanja prikazanih u ovom radu predstavlja određivanje zatezne čvrstoće (Rm) i modula elastičnosti (EJ staklo-epoksi kompozitnih materijala ispitivanjem na zatezanje na dve različite temperature (t=20°S i t=-50°S). Ispitivanja su izvedena prema standardu na staklo-epoksi kompozitnom materijalu različitih struktura (dve specifične težine ojačanja 210 g/m2H 550 g/m2) i orijentacija ojačanja (0°/90° i ±45°). Doprinos predstavlja i mikromehanička analiza na prelomnim površinama izvedena na stereo i elektronskom mikroskopu kojom se došlo do stvarnih modela nastanka i razvoja oštećenja pri izvedenim ispitivanjima.",
publisher = "Faculty of Technology, Novi Sad",
journal = "Acta periodica technologica",
title = "Low-temperature tension properties of glass-epoxy composite materials, Određivanje zateznih svojstava staklo-epoksi kompozitnih materijala na niskim temperaturama",
pages = "134-123",
number = "36",
doi = "10.2298/APT0536123P"
}
Putić, S., Stamenović, M., Bajčeta, B., Stajčić, P.,& Bošnjak, S.. (2005). Low-temperature tension properties of glass-epoxy composite materials. in Acta periodica technologica
Faculty of Technology, Novi Sad.(36), 123-134.
https://doi.org/10.2298/APT0536123P
Putić S, Stamenović M, Bajčeta B, Stajčić P, Bošnjak S. Low-temperature tension properties of glass-epoxy composite materials. in Acta periodica technologica. 2005;(36):123-134.
doi:10.2298/APT0536123P .
