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 laminate analogy is very useful for the calculation of the strength of composite materials
with short fibres. In connection with the maximum strain criterion, the lamination theory is …

The TRBF's are radial functions satisfying governing equation in the domain. They can be
used as interpolation functions of the field variables especially in boundary methods. In …

The paper describes briefly the problem of elastic-plastic shock wave propagation in solids.
Such waves originate by acting of explosion waves or by high velocity impact of solid parts …

The paper deals with specific application of manufacturing (MFG) templates in CAD/CAM
system. The preparing time for manufacturing simulation is possible to decrease by using …

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 traditional basis functions in numerical PDEs are mostly coordinate functions, such as
polynomial and trigonometric functions, which are computationally expensive in dealing with …

This paper presents numerical modelling of composite damage by finite element method
(FEM). The damage model is implemented it in ANSYS software for a one dimensional bar …

31 the BEM, only the boundaries-that is, surfaces for three-dimensional problems or curves
for two dimensional (2D) problems-of a problem domain need to be discretized. However …

This paper presents Method of Continuous Source Functions (MCSF) for homogenization of
material properties both elasticity and heat conduction in composite material reinforced by …