The interest regarding use of extruded aluminium panels as lightweight protective structures is cmrently increasing. Even so, there are few experimental and computational investigations considering such structures. This paper presents some perforation tests on AA6005-T6 aluminium panels impacted by ogival-nose steel projectiles, where special emphasis was paid to the determination of the ballistic limit. Moreover, a material test programme including high strain rate tests using a split-Hopkinson tension bar was carried out in order to calibrate the Johnson-Cook constitutive model. Results from numerical analyses with LS-DYNA are finally included
In this study, the mechanical properties of 20 mm thick rolled plates of AA7075-T651 are determined ...
Experimental, analytical and numerical simulations were performed to study the ballistic resistance ...
Thin plates of high-strength steel are frequently being used in ballistic protection systems. In thi...
The interest regarding use of extruded aluminium panels as lightweight protective structures is cmre...
The mechanical behavior of aluminum alloy under impact loading using different configurations is des...
The design of armored vehicles requires reliable constitutive models that are valid over a wide rang...
The thesis includes a summary of important theory in the fields of impact engineering and plasticity...
This article deals with a simulation-based Study of the impact of projectiles on thin aluminium pl...
This article deals with a simulation-based Study of the impact of projectiles on thin aluminium pl...
This paper presents an experimental investigation on the perforation behaviour of 5754-H111 and 6082...
This paper presents an experimental investigation on the perforation behaviour of 5754-H111 and 6082...
This paper presents an experimental investigation on the perforation behaviour of 5754-H111 and 6082...
An experimental and numerical study has been conducted to study the deformation time history behavio...
International audienceAn experimental and numerical study of medium-velocity impact (within the rang...
The analysis of the mechanical characteristics and dynamic behavior of aluminum alloy sheet due to p...
In this study, the mechanical properties of 20 mm thick rolled plates of AA7075-T651 are determined ...
Experimental, analytical and numerical simulations were performed to study the ballistic resistance ...
Thin plates of high-strength steel are frequently being used in ballistic protection systems. In thi...
The interest regarding use of extruded aluminium panels as lightweight protective structures is cmre...
The mechanical behavior of aluminum alloy under impact loading using different configurations is des...
The design of armored vehicles requires reliable constitutive models that are valid over a wide rang...
The thesis includes a summary of important theory in the fields of impact engineering and plasticity...
This article deals with a simulation-based Study of the impact of projectiles on thin aluminium pl...
This article deals with a simulation-based Study of the impact of projectiles on thin aluminium pl...
This paper presents an experimental investigation on the perforation behaviour of 5754-H111 and 6082...
This paper presents an experimental investigation on the perforation behaviour of 5754-H111 and 6082...
This paper presents an experimental investigation on the perforation behaviour of 5754-H111 and 6082...
An experimental and numerical study has been conducted to study the deformation time history behavio...
International audienceAn experimental and numerical study of medium-velocity impact (within the rang...
The analysis of the mechanical characteristics and dynamic behavior of aluminum alloy sheet due to p...
In this study, the mechanical properties of 20 mm thick rolled plates of AA7075-T651 are determined ...
Experimental, analytical and numerical simulations were performed to study the ballistic resistance ...
Thin plates of high-strength steel are frequently being used in ballistic protection systems. In thi...