Emerging high temperature materials such as intermetallic alloys and composites are intrinsically brittle and cannot be either processed or machined by conventional methods. Near net shape processing (of rapidly solidified powders and plasma sprayed foils) using hot isostatic or vacuum hot pressing has recently emerged as a promising method for overcoming these problems. Interestingly, these consolidation processes determine both the component’s final shape and its mechanical properties (which depend on relative density, grain size, etc.). Thus a need has emerged for the control of mechanical properties (1,2)
The presence of porosity in a wide range of materials, whether ceramics, steel or fiber reinforced c...
The laser-ultrasonic method is realized for quantifying the influence of porosity on the local Young...
Une méthode ultrasonore large bande est proposée pour mesurer la porosité des solides . Cette méthod...
The development of the mechanical strength of composite materials which are consolidated by cementac...
Many of the traditional NDE techniques of the past are today being investigated for their potential ...
In today’s world of rapid growth in the material sciences, knowledge of a material’s mechanical prop...
A lab facility for measuring elastic moduli up to 1700 C was constructed and delivered. It was shown...
Powder metal (P/M) alloys and composites processed through the P/M route are emerging as potential m...
Additive manufacturing techniques can produce complex, high-value metal parts, with potential applic...
Characterization of sintered powder metal parts and ceramics using ultrasonics has been widely repor...
The ultrasonic wave propagation characteristics were measured for IN-100, a powder metallurgy alloy ...
The physical behavior of components manufactured from polycrystalline materials is in many cases dir...
Ultrasonic technology from the perspective of nondestructive evaluation approaches to material stren...
Many alloys of common metals (such as aluminum and steel) are polycrystalline aggregates having pref...
The use and potential offered by ultrasonic velocity and attenuation measurements to determine and/o...
The presence of porosity in a wide range of materials, whether ceramics, steel or fiber reinforced c...
The laser-ultrasonic method is realized for quantifying the influence of porosity on the local Young...
Une méthode ultrasonore large bande est proposée pour mesurer la porosité des solides . Cette méthod...
The development of the mechanical strength of composite materials which are consolidated by cementac...
Many of the traditional NDE techniques of the past are today being investigated for their potential ...
In today’s world of rapid growth in the material sciences, knowledge of a material’s mechanical prop...
A lab facility for measuring elastic moduli up to 1700 C was constructed and delivered. It was shown...
Powder metal (P/M) alloys and composites processed through the P/M route are emerging as potential m...
Additive manufacturing techniques can produce complex, high-value metal parts, with potential applic...
Characterization of sintered powder metal parts and ceramics using ultrasonics has been widely repor...
The ultrasonic wave propagation characteristics were measured for IN-100, a powder metallurgy alloy ...
The physical behavior of components manufactured from polycrystalline materials is in many cases dir...
Ultrasonic technology from the perspective of nondestructive evaluation approaches to material stren...
Many alloys of common metals (such as aluminum and steel) are polycrystalline aggregates having pref...
The use and potential offered by ultrasonic velocity and attenuation measurements to determine and/o...
The presence of porosity in a wide range of materials, whether ceramics, steel or fiber reinforced c...
The laser-ultrasonic method is realized for quantifying the influence of porosity on the local Young...
Une méthode ultrasonore large bande est proposée pour mesurer la porosité des solides . Cette méthod...