Testing Technology of Metal Matrix Composites |
Contents
Overview | 1 |
ThermalMechanical Fatigue Test Apparatus for Metal Matrix Composites and Joint Attachments | 3 |
Compressive Properties and Laser Absorptivity of Unidirectional Metal Matrix Composites | 18 |
Mechanical Behavior of ThreeDimensional Braided Metal Matrix Composites | 31 |
An Evaluation of the Failure Behavior of 3D Braided FPAluminumLithium Composites Under Static and Dynamic Blanking | 48 |
Factors Affecting the Determination of Thermophysical Properties of Metal Matrix Composites | 65 |
Pressure Dependence of the Elastic Constants of Silicon Carbide2014 Aluminum Composite | 79 |
Micromechanical Modeling of Yielding and Crack Propagation in Unidirectional Metal Matrix Composites | 91 |
Nondestructive Evaluation of Fiber FP Reinforced Metal Matrix Composites | 227 |
Thermal Expansion Measurements of Metal Matrix Composites | 248 |
Alternative Methods for the Determination of Shear Modulus in a Composite Material | 259 |
Fracture Toughness of ThinWalled Cylinders Fabricated from Discontinuous Silicon Carbide WhiskersAluminum Metal Matrix Composites | 276 |
Deformation and Failure Characteristics of CenterNotched Unidirectional BoronAluminum at Room and Elevated Temperatures | 285 |
Mechanical Behavior of Silicon Carbide 2014 Aluminum Composite | 305 |
Compressive Testing of Metal Matrix Composites | 319 |
Elevated Temperature Testing of Metal Matrix Composites Under Rapid Heating Conditions | 329 |
Statistical Strength Comparison of MetalMatrix and PolymericMatrix Composites | 104 |
Experimental Methods and Results | 121 |
Analytical Model and Data Correlation | 143 |
A Unique Set of Micromechanics Equations for HighTemperature Metal Matrix Composites | 159 |
Discussion | 176 |
Thermoviscoplastic Nonlinear Constitutive Relationships for Structural Analysis of HighTemperature Metal Matrix Composites | 177 |
Development of Design Allowables for Metal Matrix Materials | 197 |
Anelastic and Elastic Measurements in Aluminum Metal Matrix Composites | 207 |
Noncontact Ultrasonic Evaluation of Metal Matrix Composite Plates and Tubes | 216 |
ShortTerm HighTemperature Properties of Reinforced Metal Matrix Composites | 346 |
Ultrasonic Inspection of Silicon Carbide Reinforced Aluminum Metal Matrix Composite Billets and Secondary Fabricated Products | 376 |
Influence of Heat Treatments and Working on Mechanical Properties of Silicon Carbide Reinforced Aluminum Alloys | 383 |
Characterization of ThinWall Graphite Metal Pultruded Tubing | 396 |
On the Longitudinal and Transverse Tensile Strength and Work of Fracture of a Continuous Fiber Metal Matrix Composite Subjected to Thermal Ex... | 409 |
Summary | 432 |
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Common terms and phrases
Al-Li aluminum aluminum alloy aluminum matrix analysis ASTM International axial B/Al behavior billet bonding bundle Composite Materials compression tests constituent coupon cycle deformation density determined developed diameter effect elastic modulus elevated temperature evaluation experimental exposure extensometer extrusion extrusion ratio fabricated failure fiber reinforced fixture flexural fracture surface fracture toughness gage length Gr/Al Gr/Mg graphite/aluminum grips heat high-temperature interface laminate laser load load-COD curves longitudinal matrix material maximum measured mechanical properties metal matrix composites nonlinear obtained parameters plate Poisson's ratio predicted procedure room temperature scan shear modulus shown in Fig SiC/Al silicon carbide Society for Testing stiffness strain gages stress stress-strain curves structural Table technique tensile strength tension tests test method test specimen Testing and Materials thermal expansion thermocouple thickness tube TVP-NCR ultrasonic unidirectional values variation velocity volume fraction volume percent whisker reinforced Young's modulus