Add to ORKGA mathematical model of the damage of a multilayer composite at a low-power shock, model making it possible to take into account the influence of wave effects and scattered surfaces, has been constructed. The parametrical investigation has been held by the method of a calculation experiment. The calculation model for the forecasting of the damageability of multilayer composites at low-power shock interactions has been developedAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
Delaminations represent a damage mechanisms of paramount interest for composite laminates addressed ...
In this work we provide an experimental-numerical investigation of impact-induced failure of layered...
Composite materials are assuming a predominant role in structural applications, in particular in aer...
An experimental and numerical investigation has been carried out to study the behavior of single and...
The numerical prediction of composite material damages remains a strong tool that develops day by da...
The capability to accurately analyse the response of multi-directional composite laminates during im...
In this research, by means of advanced methods within the framework of the FE method, an effective m...
ABSTRACT: Several important issues regarding damage simulation of composite laminates due to low vel...
In this paper, a progressive damage model for studying the dynamic mechanical response and damage de...
This work is devoted to the experimental study of a glass/polyester composite laminate under impact ...
This paper investigates various modelling strategies to identify the most suitable approach for mode...
In this work we provide an experimental-numerical investigation of impact-induced failure of layered...
Glass fibre laminates were subjected to experimental low velocity impact tests at three different te...
A numerical model for ballistic impact of GFRP laminated panels has been presented where the panels ...
The aim is to develop the mathematical models for forecasting and failure of the honeycomb panel ski...
Delaminations represent a damage mechanisms of paramount interest for composite laminates addressed ...
In this work we provide an experimental-numerical investigation of impact-induced failure of layered...
Composite materials are assuming a predominant role in structural applications, in particular in aer...
An experimental and numerical investigation has been carried out to study the behavior of single and...
The numerical prediction of composite material damages remains a strong tool that develops day by da...
The capability to accurately analyse the response of multi-directional composite laminates during im...
In this research, by means of advanced methods within the framework of the FE method, an effective m...
ABSTRACT: Several important issues regarding damage simulation of composite laminates due to low vel...
In this paper, a progressive damage model for studying the dynamic mechanical response and damage de...
This work is devoted to the experimental study of a glass/polyester composite laminate under impact ...
This paper investigates various modelling strategies to identify the most suitable approach for mode...
In this work we provide an experimental-numerical investigation of impact-induced failure of layered...
Glass fibre laminates were subjected to experimental low velocity impact tests at three different te...
A numerical model for ballistic impact of GFRP laminated panels has been presented where the panels ...
The aim is to develop the mathematical models for forecasting and failure of the honeycomb panel ski...
Delaminations represent a damage mechanisms of paramount interest for composite laminates addressed ...
In this work we provide an experimental-numerical investigation of impact-induced failure of layered...
Composite materials are assuming a predominant role in structural applications, in particular in aer...