Studying the Flax Fibers Grinding Modes

EasyChair Preprint 3095

Abstract

 Successful development of road-construction machinery requires continuous improvement of existing and the introduction of new materials in the production of machine parts that would satisfy the requirements of reliability and process automation. Development prospects in this area are largely related to the use of polymer composite materials. The production of machine parts from polymer composite materials based on various types of binders containing dispersed and fibrous fillers is of a great interest to researchers. The tendency to replace metal parts with the ones made of polymer composite materials happens due to both economic and social factors. Polymeric composite materials consist of two or more components that differ in chemical composition, physical and mechanical characteristics. The main purpose of the filler is reinforcement, i.e. hardening of the material and imparting the required special properties, for example containing fibrous fillers. We took natural flax as fibrous filler in experimental studies. The paper attempts to study the intensity and quality of the grinding technological process depending on the time and frequency of rotation of the mechanism, the factors that influence it, the relationships and the laws of the technological grinding process in drum-type mixers, and increasing the efficiency of grinding material, reducing dynamic stresses.

Keyphrases: Fibers, Flax, Grinding, Nanoscale, machine parts, polymer composite material

@booklet{EasyChair:3095,
  author    = {Rustem Sakhapov and Adil Kadyrov and Mukhammat Gatiyatullin and Minsur Zemdikhanov},
  title     = {Studying the Flax Fibers Grinding Modes},
  howpublished = {EasyChair Preprint 3095},
  year      = {EasyChair, 2020}}