Evaluation of tantalum carbide-tungsten fiber composites has been completed as far as weight percent carbon additions and weight percent additions of tungsten fiber. Extensive studies were undertaken concerning Young's Modulus and fracture strength of this material. Also, in-depth analysis of the embrittling effects of the extra carbon additions on the tungsten fibers has been completed. The complete fabrication procedure for the tantalum carbide-tungsten fiber composites with extra carbon additions is given. Microprobe and metallographic studies showed the effect of extra carbon on the tungsten fibers, and evaluation of the thermal shock parameter fracture strength/Young's Modulus is included
This paper summarizes our achievements in the development of an experimental set up for the characte...
Thermionic materials for space power application - uranium carbide-zirconium carbide fuels and tungs...
Effect of carbon additions on solid solution and carbide strengthened arc melted tungsten alloy
Aspects of the development and characteristics of thermal shock resistant hafnia ceramic material fo...
Refractory metal and graphite composite research for solid propellant rocket nozzle application
Improvement in tensile strength and microstructure of tantalum alloys by thermomechanical processin
Tungsten used in NbC-C composites as low melting densification additive to improve composite propert...
A new generation of high temperature materials is required to meet the severe temperature, pressure ...
Mechanical and thermodynamic properties of hot pressed tantalum carbide-graphite and niobium carbide...
Mechanical properties of hot pressed NbC- and TaC-graphite composites with W adde
Carbon-carbon composite materials (CCCM) are a new class of structural materials designed to create ...
Carbon-carbon composite materials (CCCM) are a new class of structural materials designed to create ...
Ceramic tantalum carbide artifacts with high thermal shock and mechanical erosion resistance are pro...
Carbon-carbon composite materials (CCCM) are a new class of structural materials designed to create ...
This paper summarizes our achievements in the development of an experimental set up for the characte...
This paper summarizes our achievements in the development of an experimental set up for the characte...
Thermionic materials for space power application - uranium carbide-zirconium carbide fuels and tungs...
Effect of carbon additions on solid solution and carbide strengthened arc melted tungsten alloy
Aspects of the development and characteristics of thermal shock resistant hafnia ceramic material fo...
Refractory metal and graphite composite research for solid propellant rocket nozzle application
Improvement in tensile strength and microstructure of tantalum alloys by thermomechanical processin
Tungsten used in NbC-C composites as low melting densification additive to improve composite propert...
A new generation of high temperature materials is required to meet the severe temperature, pressure ...
Mechanical and thermodynamic properties of hot pressed tantalum carbide-graphite and niobium carbide...
Mechanical properties of hot pressed NbC- and TaC-graphite composites with W adde
Carbon-carbon composite materials (CCCM) are a new class of structural materials designed to create ...
Carbon-carbon composite materials (CCCM) are a new class of structural materials designed to create ...
Ceramic tantalum carbide artifacts with high thermal shock and mechanical erosion resistance are pro...
Carbon-carbon composite materials (CCCM) are a new class of structural materials designed to create ...
This paper summarizes our achievements in the development of an experimental set up for the characte...
This paper summarizes our achievements in the development of an experimental set up for the characte...
Thermionic materials for space power application - uranium carbide-zirconium carbide fuels and tungs...
Effect of carbon additions on solid solution and carbide strengthened arc melted tungsten alloy