Akademik Məlumat İdarəetmə Sistemi
Müəlliflər:
Simuzər Məmmədova Sultan qızı – Biznes Və Logistika Kafedrasının baş müəllimi
Elmi əsərin adı: Experimental and Numerical Evaluation of Mechanical and Thermal Properties for Carbon Fibers and Barhee Seeds Nano Powder as a Modified Composites
Linki:
Elmi nəşrin adı: Journal of Nanostructures
Elmi əsərin nəşrin rəsmi saytındakı linki:
https://jns.kashanu.ac.ir/article_115316.html
Kvartili: Q3, Q4
Həmmüəllifin təmsil etdiyi ölkə: İraq
Xülasə:
Natural fibers play an important role in manufacturing of different types of hybrid composite materials due to its unique properties including about zero financial cost, so the fundamental idea of this research paper is using the Barhee palm date seeds as a nano powder and as a natural fibers (Barhee is a Local name, and its scientific name is Phoenix Dactylifera L.) in producing hybrid composite structure as an additive material to a standard carbon fiber composite, where the pure carbon fiber composite has been denoted as Original Composite (OC), meanwhile the developed one named Modified Composite (MC) and both of these two specific composites have been produced experimentally by employing the so called Vacuum Assisted Resin Infusion Molding method (VARI), due to the simplicity of this experimental setup in a laboratory testing approach. The modified composite has 60% wt. to 40% wt. mixing ratio and the total quantity was 1000 gm as a net gross weight respectively that gives the modified composite some flexibility and showing deformation ability compared with the original one. Morphology examination showed that a good mutual interfacial bonding with uniform layering profile along with the whole volume of the assigned modified composite, so this style may be named as a homogeneous mixture and exhibiting relatively high level of enhancement of active tensile strength, therefore, final recommendation behind the entire experimentally confirmed results is using this presented modified composite in some industrial applications that are requiring these obtained ranges of the mechanical properties including high strength and associated relatively low specific weight.