Tensile creep studies were carried out to evaluate the creep performance of AS800 silicon nitride samples extracted from the surface and bulk regions of as-processed billets at 1350 C in air. The objective of this study was to understand the creep properties of the silicon nitride in the as-processed surface region and determine if they are comparable to those obtained from the bulk region. The results indicated that samples from the as-processed surface region exhibited higher creep rates and shorter lifetimes as compared with those obtained from the bulk region. The poor creep performance of material from the as-processed surface region was due to the higher content of glassy phase enriched with oxygen and sintering additive elements
The stress relaxation behavior of SN88, SN253, and NCX-5102 silicon nitride materials were experimen...
The influence of the grain boundary phase composition on high temperature properties of various sili...
The creep properties of silicon nitride containing 6 wt percent yttria and 2 wt percent alumina have...
The evaluation was done between 1300 and 1425 C in ambient air. Minimum creep rate was evaluated vs ...
High temperature tensile creep studies of a commercially available hot isostatically pressed (HIPed)...
The creep behaviour of silicon nitride with three different sintering aids has been studied. In addi...
Extensive creep testing of a hot-pressed silicon nitride (NC 132) was performed at 1300 C in air usi...
The creep behaviour of Si3N4-materials are investigated in dependence of the powder characteristics ...
The mechanical behaviour of different silicon nitride materials were evaluated with emphasis placed ...
Available from British Library Document Supply Centre- DSC:DXN062266 / BLDSC - British Library Docum...
Tensile creep tests were carried out on a Norton NT164 silicon nitride ceramic turbine blade contain...
International audienceSilicon nitride processed by gas pressure sintering contains a very small amou...
The two materials investigated exhibit an acceptable niveau in fracture toughness in combination wit...
The influence of small additions of three selection oxides on microstructure an mechanical behaviour...
The effect of specimen size on the measured tensile creep behavior of a commercially available gas p...
The stress relaxation behavior of SN88, SN253, and NCX-5102 silicon nitride materials were experimen...
The influence of the grain boundary phase composition on high temperature properties of various sili...
The creep properties of silicon nitride containing 6 wt percent yttria and 2 wt percent alumina have...
The evaluation was done between 1300 and 1425 C in ambient air. Minimum creep rate was evaluated vs ...
High temperature tensile creep studies of a commercially available hot isostatically pressed (HIPed)...
The creep behaviour of silicon nitride with three different sintering aids has been studied. In addi...
Extensive creep testing of a hot-pressed silicon nitride (NC 132) was performed at 1300 C in air usi...
The creep behaviour of Si3N4-materials are investigated in dependence of the powder characteristics ...
The mechanical behaviour of different silicon nitride materials were evaluated with emphasis placed ...
Available from British Library Document Supply Centre- DSC:DXN062266 / BLDSC - British Library Docum...
Tensile creep tests were carried out on a Norton NT164 silicon nitride ceramic turbine blade contain...
International audienceSilicon nitride processed by gas pressure sintering contains a very small amou...
The two materials investigated exhibit an acceptable niveau in fracture toughness in combination wit...
The influence of small additions of three selection oxides on microstructure an mechanical behaviour...
The effect of specimen size on the measured tensile creep behavior of a commercially available gas p...
The stress relaxation behavior of SN88, SN253, and NCX-5102 silicon nitride materials were experimen...
The influence of the grain boundary phase composition on high temperature properties of various sili...
The creep properties of silicon nitride containing 6 wt percent yttria and 2 wt percent alumina have...