Mechanical Properties of the Fluoride-42 Polymer Composition with Aluminum Oxide Submicronal Particles

EasyChair Preprint no. 7565

Abstract

The determination of submicron filler particles (Al₂O₃) concentration influence at the mechanical properties (tensile strength, elongation at break, Martens hardness) of fluoride - 42 composite are considered in that paper. It is shown that the cristalinity of the polymer composition fluoride–42 and oxide alumina submicron particles filler does not change at filler concentrations up to 1%. It is shown that adhesion increasing is contributing to the insignificant increase of the tensile strength and maximum deformation only at low concentrations of filler particles. These mechanical properties are decrease when the filler particles concentration is increase. That’s because the inhomogeneities  number with local mechanical stress in the interfacial layer are increasing when the filler particles concentration increasing in fluoride–42.

Keyphrases: fillers, Polymer matrix composites, polymer shell, strains

@Booklet{EasyChair:7565,
  author = {Maxim Danilaev and Michail Klabukov and Sergey Karandashov and Vladimir Kuklin and Igor Sidorov and Anna Enskaya},
  title = {Mechanical Properties of the Fluoride-42 Polymer Composition with Aluminum Oxide Submicronal Particles},
  howpublished = {EasyChair Preprint no. 7565},

  year = {EasyChair, 2022}}