In this paper, an effective microscopic modeling scheme is presented to analyze mechanical
properties of composites with random short fibers. To this end, the displacement-load tests of …

The paper presents the process of homogenization of the composite material properties
obtained by method of continuous source functions developed for simulation both elasticity …

The heat transfer process in a fibrous composite plate is studied in this article by solving a
two-dimensional thermal conductivity problem using the FEM. To solve the plane problem of …

Consideration of the issue of two-component alloy solidification with the usage of the finite
element method may lead to the need to calculate the system of equations with millions of …

The paper presents the micromechanical modelling of fiber-reinforced composites in order
to determine elastic properties of the homogenized material. For this purpose …

In this study, a micromechanical method is presented to study working temperature variation
effect on biaxial failure envelopes of continuous fiber-reinforced composites with imperfect …

The chapter presents the essential problems of designing the fibrous composite materials by
classical numerical methods as finite element methods and provides the new developed …

The paper is focused on the designing of the measuring stand intended for determination of
mechanical properties of composites as natural frequency, time of damping etc. The …

This study deals with the concept of increasing energy efficiency by means of decreasing the
energetic losses by using advanced composite machine tool components and interfaces …

The paper analyses the short-fibre composites, their mechanical and thermal micro-fields
determined by numerical simulation by both p-FEM and specific numerical mesh-reducing …