To determine the behavior of silicon carbide (SiC) against long rod impact a detailed study with experiments in the velocity range from 0.8 to 3 km/s at normal impact conditions was performed in recent years. Interest ranged from penetration performance of intact and pre-damaged SiC to interface defeat capability of SiC. Together with impact data in the hypervelocity regime this paper provides a comprehensive overview of the penetration dynamics of SiC over a wide velocity range and during different phases of the penetration process
The high ballistic efficiency of non-oxide ceramics such as silicon carbide against kinetic energy (...
A heavy metal alloy long rod, impacting a ceramic block at high velocity, can be stopped if pressure...
For a ceramic armour impacted by a long rod projectile, increasing the dwell-to-penetration transiti...
To determine the behavior of silicon carbide (SiC) against long rod impact a detailed study with exp...
Reverse ballistic experiments were used to investigate confinement, pre-damaged and intact, and rod ...
AbstractThe phenomenon of dwell during projectile impact on ceramics has been an active area of rese...
This paper presents experimental results for an unconfined oblique ceramic impacted by long gold rod...
This paper presents the experimental design and results of an advanced set of reverse ballistic expe...
In this paper, an analytical model for the prediction of damage evolution, through impact of long ro...
This article presents test data, analysis and computed results for gold rods impacting silicon carbi...
Data for projectile penetration of silicon carbide (SiC) from two types of experiments were combined...
Cylindrical hot-pressed silicon carbide (SiC) ceramic targets were predamaged before ballistic testi...
The depth of penetration method was used to ballistically evaluate the performance of silicon carbid...
This paper investigates experimentally the conditions of impenetrability of thick ceramic tiles (sil...
International audienceSilicon carbide ceramics are generally used in armour configurations for the f...
The high ballistic efficiency of non-oxide ceramics such as silicon carbide against kinetic energy (...
A heavy metal alloy long rod, impacting a ceramic block at high velocity, can be stopped if pressure...
For a ceramic armour impacted by a long rod projectile, increasing the dwell-to-penetration transiti...
To determine the behavior of silicon carbide (SiC) against long rod impact a detailed study with exp...
Reverse ballistic experiments were used to investigate confinement, pre-damaged and intact, and rod ...
AbstractThe phenomenon of dwell during projectile impact on ceramics has been an active area of rese...
This paper presents experimental results for an unconfined oblique ceramic impacted by long gold rod...
This paper presents the experimental design and results of an advanced set of reverse ballistic expe...
In this paper, an analytical model for the prediction of damage evolution, through impact of long ro...
This article presents test data, analysis and computed results for gold rods impacting silicon carbi...
Data for projectile penetration of silicon carbide (SiC) from two types of experiments were combined...
Cylindrical hot-pressed silicon carbide (SiC) ceramic targets were predamaged before ballistic testi...
The depth of penetration method was used to ballistically evaluate the performance of silicon carbid...
This paper investigates experimentally the conditions of impenetrability of thick ceramic tiles (sil...
International audienceSilicon carbide ceramics are generally used in armour configurations for the f...
The high ballistic efficiency of non-oxide ceramics such as silicon carbide against kinetic energy (...
A heavy metal alloy long rod, impacting a ceramic block at high velocity, can be stopped if pressure...
For a ceramic armour impacted by a long rod projectile, increasing the dwell-to-penetration transiti...