A method was developed to synthesize chromium-chromium sulfide (Cr-CrS) cermets (ceramic-metal composites) without the use of a hot isostatic press. This synthesis method allowed for the production of materials that range from almost pure ceramics to highly metalized cermets. These materials were then impacted under ballistic loading to determine if a change in properties occurred as the cermet became more metalized. Six techniques were developed to increase the quality of cermet samples: controlling the rheology of the molten precursor mixture, vacuum degassing the molten precursor mixture, preheating the mould before pouring in the molten green mixture, using the vortex mixer to process mixtures of higher viscosity, reacting the precursor...
Self-propagating high-temperature synthesis (SHS) is a flexible process to produce novel materials w...
The paper presents research on the effect of technological parameters of high-energy processing on t...
The goal of the present research is to develop a test rig for ceramic-lined steel pipes production b...
The shock response of chromium sulfide-chromium, a cermet of potential interest as a matrix material...
Chromium carbide based cermets are perspective materials to use in aggressive and abrasive condition...
The optimization of armour systems for maximal protection against ballistic threats is an active are...
Among all implant materials, Co-Cr-Mo alloys demonstrate perhaps the most useful balance of resistan...
Many traditionally used low cost alloys are easily corroded in steam or supercritical CO2. An effect...
Ceramic materials offer a unique combination of properties that makes them indispensable for meeting...
In the current practice of applying carbide-based coatings by thermal spraying, the starting materia...
Chromium carbide-based cermets are suitable for use in abrasive and corrosive environments. This wor...
Carbides, nitrides and borides of metals of IVB and VIB groups of a periodical law as a sintered pro...
Ceramic-metal composites offer unique combinations of hardness and toughness which make them attract...
Shock compaction was used in the fabrication of high temperature ceramic-based materials. The materi...
Le développement de céramiques légères à hautes performances mécaniques et à bas coût à base de sili...
Self-propagating high-temperature synthesis (SHS) is a flexible process to produce novel materials w...
The paper presents research on the effect of technological parameters of high-energy processing on t...
The goal of the present research is to develop a test rig for ceramic-lined steel pipes production b...
The shock response of chromium sulfide-chromium, a cermet of potential interest as a matrix material...
Chromium carbide based cermets are perspective materials to use in aggressive and abrasive condition...
The optimization of armour systems for maximal protection against ballistic threats is an active are...
Among all implant materials, Co-Cr-Mo alloys demonstrate perhaps the most useful balance of resistan...
Many traditionally used low cost alloys are easily corroded in steam or supercritical CO2. An effect...
Ceramic materials offer a unique combination of properties that makes them indispensable for meeting...
In the current practice of applying carbide-based coatings by thermal spraying, the starting materia...
Chromium carbide-based cermets are suitable for use in abrasive and corrosive environments. This wor...
Carbides, nitrides and borides of metals of IVB and VIB groups of a periodical law as a sintered pro...
Ceramic-metal composites offer unique combinations of hardness and toughness which make them attract...
Shock compaction was used in the fabrication of high temperature ceramic-based materials. The materi...
Le développement de céramiques légères à hautes performances mécaniques et à bas coût à base de sili...
Self-propagating high-temperature synthesis (SHS) is a flexible process to produce novel materials w...
The paper presents research on the effect of technological parameters of high-energy processing on t...
The goal of the present research is to develop a test rig for ceramic-lined steel pipes production b...