Michael Szelwis: "Particle-reinforced composites simulated by cohesive discrete elements" — различия между версиями
Материал из Department of Theoretical and Applied Mechanics
Mszelwis (обсуждение | вклад) (Новая страница: «== Project Overview == For the research on a ceramic-polymer-composite (TiO2 in a PMMA matrix) with very high content of ceramic particles a numerical model is being...») |
Mszelwis (обсуждение | вклад) |
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Версия 16:26, 25 июня 2011
Содержание
Project Overview
For the research on a ceramic-polymer-composite (TiO2 in a PMMA matrix) with very high content of ceramic particles a numerical model is being investigated. To simulate the nonlinear deformation due to indentation a discrete element approach has been chosen with each ceramic particle being represented by one particle in the simulation. Several models for the interaction of the ceramic particles with one another as well as with the polymeric matrix, such as cohesion and physical bonds, are being tested using the software package EDEM and are also being compared with experimental results.
Previous Work
Results
Outlook
- Comparision with experimental results
