An electrodischarge-machinable Al{sub 2}O{sub 3}-SiC-TiC composite developed by Industrial Ceramic Technology, Inc., has a high fracture toughness, 9.6{+-}0.6 MPm{sup 1/2}, as measured by indentation, and a Vickers hardness of 20.3{+-}0.6 GPa. The composite`s resistance to solid-particle erosion was measured for 143-{mu}m dia SiC particles impacting at 20-90{degree} angles and 50-100 m/s velocities. Erosion rate exhibited a maximum for normal incidence, and the erosion resistance was better than that of commercial Al{sub 2}O{sub 3}. SEM indicated that material wastage was by a combination of brittle fracture and microplasticity
The improvement of bulk ceramic properties through the addition of a secondary or even tertiary phas...
with silicon carbide particles, to cavitation erosion, solid particle erosion, abrasion and sliding ...
Erosive–corrosive wear behaviour of Al–hard particle composite has been studied in synthetic mine wa...
Solid particle erosion of A356 and the A356-10 vol.% SiCp composite were investigated at room temper...
Solid particle erosion tests were conducted on four different types of silicon carbide ceramic compo...
Includes bibliographical references (pages 90-94).A series of alumina ceramics and silicon carbide (...
The main concept behind this work is to further enhance the attractive properties of aluminum by fab...
Materials wastage by solid-particle erosion can be severe and can limit lifetimes. This paper will r...
High-temperature fracture strength and compressive creep of an electrodischarge-machinable composite...
Resistance to erosion is one of the most desirable characteristics of materials that must undergo a ...
AbstractIn this paper, erosion resistance of slip cast monolithic (Al2O3) and composite (Al2O3–t-ZrO...
Al2O3-10TiC composites were synthesized by spark plasma sintering (SPS) process. Microstructural and...
Solid particle erosion wear behaviour of A356 and A356/TiB2in situ composites has been studied. A356...
The improvement of bulk ceramic properties through the addition of a secondary or even tertiary phas...
The indentation behaviour and erosion properties of two commercially available ceramic materials, a ...
The improvement of bulk ceramic properties through the addition of a secondary or even tertiary phas...
with silicon carbide particles, to cavitation erosion, solid particle erosion, abrasion and sliding ...
Erosive–corrosive wear behaviour of Al–hard particle composite has been studied in synthetic mine wa...
Solid particle erosion of A356 and the A356-10 vol.% SiCp composite were investigated at room temper...
Solid particle erosion tests were conducted on four different types of silicon carbide ceramic compo...
Includes bibliographical references (pages 90-94).A series of alumina ceramics and silicon carbide (...
The main concept behind this work is to further enhance the attractive properties of aluminum by fab...
Materials wastage by solid-particle erosion can be severe and can limit lifetimes. This paper will r...
High-temperature fracture strength and compressive creep of an electrodischarge-machinable composite...
Resistance to erosion is one of the most desirable characteristics of materials that must undergo a ...
AbstractIn this paper, erosion resistance of slip cast monolithic (Al2O3) and composite (Al2O3–t-ZrO...
Al2O3-10TiC composites were synthesized by spark plasma sintering (SPS) process. Microstructural and...
Solid particle erosion wear behaviour of A356 and A356/TiB2in situ composites has been studied. A356...
The improvement of bulk ceramic properties through the addition of a secondary or even tertiary phas...
The indentation behaviour and erosion properties of two commercially available ceramic materials, a ...
The improvement of bulk ceramic properties through the addition of a secondary or even tertiary phas...
with silicon carbide particles, to cavitation erosion, solid particle erosion, abrasion and sliding ...
Erosive–corrosive wear behaviour of Al–hard particle composite has been studied in synthetic mine wa...