The status of the verification (comparisons of predictions with experimental data) of the METCAN (METal-matrix Composite ANalyzer) code at high temperature is summarized. Verification includes select available room temperature of W/Cu composites for different fiber volume ratios. It also includes high temperature properties for thermal expansion, moduli, strength and stress/strain behavior for SiC/Ti composites. Furthermore it includes limited cases for thermal fatigue strength degradation. The verification results summarized herein indicate that METCAN simulates complex high temperature metal matrix composite bahavior with reasonable accuracy and that it can be used with confidence to identify in-situ nonlinear behavior that influences com...
This manual describes 'how-to-use' the computer code, HITCAN (HIgh Temperature Composite ANalyzer). ...
The application of the finite element method (superelement technique) in conjunction with basic conc...
Experimental methods were developed, adapted, and applied to the characterization of a metal matrix ...
The continued verification (comparisons with experimental data) of the METCAN (Metal Matrix Composit...
The METCAN (Metal Matrix Composite Analyzer) computer code is used to simulate the nonlinear behavio...
The various features of the Metal Matrix Composite Analyzer (METCAN) computer program to simulate th...
The nonlinear behavior of a high-temperature metal-matrix composite (HT-MMC) was simulated by using ...
Metal matrix composites (MMC) are the subject of intensive study and are receiving serious considera...
Hierarchical computational procedures are described to simulate the multiple scale thermal/mechanica...
Computational procedures are described to simulate the thermal and mechanical behavior of high tempe...
This manual outlines some of the theoretical aspects embedded in the computer code, HITCAN (High Tem...
The capabilities a high temperature composites analyzer code, HITCAN which predicts global structura...
This manual comprises a variety of demonstration cases for the HITCAN (HIgh Temperature Composite AN...
Computational procedures are described to simulate the thermal and mechanical behavior of high tempe...
Thermomechanical testing techniques recently developed for monolithic structural alloys were success...
This manual describes 'how-to-use' the computer code, HITCAN (HIgh Temperature Composite ANalyzer). ...
The application of the finite element method (superelement technique) in conjunction with basic conc...
Experimental methods were developed, adapted, and applied to the characterization of a metal matrix ...
The continued verification (comparisons with experimental data) of the METCAN (Metal Matrix Composit...
The METCAN (Metal Matrix Composite Analyzer) computer code is used to simulate the nonlinear behavio...
The various features of the Metal Matrix Composite Analyzer (METCAN) computer program to simulate th...
The nonlinear behavior of a high-temperature metal-matrix composite (HT-MMC) was simulated by using ...
Metal matrix composites (MMC) are the subject of intensive study and are receiving serious considera...
Hierarchical computational procedures are described to simulate the multiple scale thermal/mechanica...
Computational procedures are described to simulate the thermal and mechanical behavior of high tempe...
This manual outlines some of the theoretical aspects embedded in the computer code, HITCAN (High Tem...
The capabilities a high temperature composites analyzer code, HITCAN which predicts global structura...
This manual comprises a variety of demonstration cases for the HITCAN (HIgh Temperature Composite AN...
Computational procedures are described to simulate the thermal and mechanical behavior of high tempe...
Thermomechanical testing techniques recently developed for monolithic structural alloys were success...
This manual describes 'how-to-use' the computer code, HITCAN (HIgh Temperature Composite ANalyzer). ...
The application of the finite element method (superelement technique) in conjunction with basic conc...
Experimental methods were developed, adapted, and applied to the characterization of a metal matrix ...