Add to ORKGTitanium matrix composites (TMCs) reinforced with silicon carbide fibers have received considerable attention due to their attractive specific strength and stiffness. In comparison with polymeric matrix composites, TMCs are much higher in strength and stiffness and can take much higher temperature. However, there are several distinctive phenomena that contribute to the material degradation. One of them is interphase oxidation
The oxidative durability of a SiC-SiC composite with Hi-Nicalon fiber and BN interphase was investig...
The influence of the fiber-matrix interphase on the high temperature behavior of Nicalon fiber reinf...
The bridging fatigue crack growth damage mechanisms in a unidirectional SiC/Ti MMC include matrix cr...
Due to the character of the original source materials and the nature of batch digitization, quality ...
SiC-fiber-reinforced SiC-matrix composites are considered future materials for high temperature (les...
One major concern about ceramic matrix composites (CMC) is their high temperature stability, especia...
The elevated temperature interfacial properties of continuous SiC fiber reinforced Ti matrix composi...
This paper examines the effect of temperature and thermal exposure on the interphase behavior of con...
This paper deals with the influence of processing-related residual stresses on the shear strength of...
In this paper we summarize the development of a method to determine effective elastic moduli of fibe...
Titanium and titanium matrix composite reinforced with 10 vol. %(TiB+TiC) (10TMC) were oxidized at 7...
Interphase is an essential part of a composite material. It can provide optimal interfacial properti...
Here, we show that when the oxidation treatment temperature exceeded 600°C, the tensile strength of ...
Constant load, stressed oxidation testing was performed on T-300 C/SiC composites with a SiC seal co...
The role of fiber/matrix interface strength, residual thermal stresses, and fiber and matrix propert...
The oxidative durability of a SiC-SiC composite with Hi-Nicalon fiber and BN interphase was investig...
The influence of the fiber-matrix interphase on the high temperature behavior of Nicalon fiber reinf...
The bridging fatigue crack growth damage mechanisms in a unidirectional SiC/Ti MMC include matrix cr...
Due to the character of the original source materials and the nature of batch digitization, quality ...
SiC-fiber-reinforced SiC-matrix composites are considered future materials for high temperature (les...
One major concern about ceramic matrix composites (CMC) is their high temperature stability, especia...
The elevated temperature interfacial properties of continuous SiC fiber reinforced Ti matrix composi...
This paper examines the effect of temperature and thermal exposure on the interphase behavior of con...
This paper deals with the influence of processing-related residual stresses on the shear strength of...
In this paper we summarize the development of a method to determine effective elastic moduli of fibe...
Titanium and titanium matrix composite reinforced with 10 vol. %(TiB+TiC) (10TMC) were oxidized at 7...
Interphase is an essential part of a composite material. It can provide optimal interfacial properti...
Here, we show that when the oxidation treatment temperature exceeded 600°C, the tensile strength of ...
Constant load, stressed oxidation testing was performed on T-300 C/SiC composites with a SiC seal co...
The role of fiber/matrix interface strength, residual thermal stresses, and fiber and matrix propert...
The oxidative durability of a SiC-SiC composite with Hi-Nicalon fiber and BN interphase was investig...
The influence of the fiber-matrix interphase on the high temperature behavior of Nicalon fiber reinf...
The bridging fatigue crack growth damage mechanisms in a unidirectional SiC/Ti MMC include matrix cr...