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Toplinski aktivirano samoobnavljanje ionomera nakon balističkog testa - mehanička svojstva (CROSBI ID 225886)

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Zima, Antonija ; Pugar, Daniel ; Haramina, Tatjana Toplinski aktivirano samoobnavljanje ionomera nakon balističkog testa - mehanička svojstva // Tehnički glasnik, 9 (2015), 4; 410-414

Podaci o odgovornosti

Zima, Antonija ; Pugar, Daniel ; Haramina, Tatjana

hrvatski

Toplinski aktivirano samoobnavljanje ionomera nakon balističkog testa - mehanička svojstva

Surlyn® 8940 ionomer is a copolymer of ethylene and methacrylic acid with thermally activated self-healing capacity. After ballistic impact was performed, mechanical, optical and thermal properties of the copolymer before and after the damage caused by the passage of bullet were examined. The ballistic test was successful and the material was immediately healed, but the damage is evident and its mechanical properties have changed. Stress-strain curves measured by means of tensile testing showed that the material has the yield point and large ductility. After the ballistic impact, characteristics are less uniform, the yield point vanishes, tensile strength and ductility are reduced and modulus only slightly decreases.

samoobnavljajući polimeri; ionomeri; mehanička svojstva; balističko ispitivanje; E/MAA; etilen; metakrilna kiselina

nije evidentirano

engleski

Mechanical properties of a thermally activated self-healing ionomer after ballistic penetration

nije evidentirano

self-healing polymers; ionomer; mechanical properties; ballistic testing; E/MAA; ethylene; methacrilic acid

nije evidentirano

Podaci o izdanju

9 (4)

2015.

410-414

objavljeno

1846-6168

1848-5588

Povezanost rada

Strojarstvo

Poveznice