Add to ORKGA methodology is proposed to estimate creep rupture life for advanced ceramics such as continuous fiber reinforced ceramic matrix composites (CFCMC). Based on the premise that the damage pattern takes the form of a heterogeneous distribution of grain boundary cavities in the majority of creep life, a damage parameter is incorporated in various creep strain rate equations
Ceramic matrix composites (CMCs) represent an attractive class of materials, particularly in aerospa...
International audienceThis paper deals with some creep results on a new generation of a ceramic matr...
This paper describes an experimental and theoretical study of the creep fracture of advanced ceramic...
A methodology is proposed to estimate creep rupture life for advanced ceramics such as continuous fi...
High temperature and long duration applications of monolithic ceramics can place their failure mode ...
The desirable properties of ceramics at high temperatures have generated interest in their use for s...
Presently there are many opportunities for the application of ceramic materials at elevated temperat...
AbstractContinuum damage mechanics has been used to characterize creep damage occurring in pressuriz...
International audienceThis paper deals with the creep mechanism for ceramic matrix composites reinfo...
International audienceThis paper deals with the creep mechanism for ceramic matrix composites reinfo...
International audienceThis paper deals with the creep mechanism for ceramic matrix composites reinfo...
Significant improvements in propulsion and power generation for the next century will require revolu...
Creep rupture strength values are basis for design in many high temperature applications. The applic...
Creep rupture strength values are basis for design in many high temperature applications. The applic...
The mechanisms controlling the creep life of both as-hot-pressed and annealed SiAlON-YAG ceramics at...
Ceramic matrix composites (CMCs) represent an attractive class of materials, particularly in aerospa...
International audienceThis paper deals with some creep results on a new generation of a ceramic matr...
This paper describes an experimental and theoretical study of the creep fracture of advanced ceramic...
A methodology is proposed to estimate creep rupture life for advanced ceramics such as continuous fi...
High temperature and long duration applications of monolithic ceramics can place their failure mode ...
The desirable properties of ceramics at high temperatures have generated interest in their use for s...
Presently there are many opportunities for the application of ceramic materials at elevated temperat...
AbstractContinuum damage mechanics has been used to characterize creep damage occurring in pressuriz...
International audienceThis paper deals with the creep mechanism for ceramic matrix composites reinfo...
International audienceThis paper deals with the creep mechanism for ceramic matrix composites reinfo...
International audienceThis paper deals with the creep mechanism for ceramic matrix composites reinfo...
Significant improvements in propulsion and power generation for the next century will require revolu...
Creep rupture strength values are basis for design in many high temperature applications. The applic...
Creep rupture strength values are basis for design in many high temperature applications. The applic...
The mechanisms controlling the creep life of both as-hot-pressed and annealed SiAlON-YAG ceramics at...
Ceramic matrix composites (CMCs) represent an attractive class of materials, particularly in aerospa...
International audienceThis paper deals with some creep results on a new generation of a ceramic matr...
This paper describes an experimental and theoretical study of the creep fracture of advanced ceramic...