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Volumn 2, Issue 1, 2010, Pages 2151-2160
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Fatigue in magnesium alloy AZ91-γAlumina fiber composite studied by internal friction measurements
a
c
VOLKSWAGEN AG
(Germany)
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Author keywords
alumina fiber; AZ91; Crack; Damping; Internal friction; Magnesium; Metal matrix composite
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Indexed keywords
ADVANCED TECHNOLOGY;
ALUMINA FIBER;
AMBIENT TEMPERATURES;
AMPLITUDE DEPENDENCE;
AZ91;
BENDING BEAM;
CRACK GROWTH;
CRACK NUCLEATION;
CYCLE NUMBER;
CYCLIC BENDING;
DAMPING BEHAVIORS;
DAMPING CAPACITY;
DISLOCATION EFFECTS;
FRACTURED SURFACES;
INTERNAL-FRICTION MEASUREMENTS;
LOGARITHMIC DECREMENT;
LOW DENSITY;
MAGNESIUM ALLOY AZ91;
MAGNESIUM MATRIX COMPOSITE;
MAGNESIUM METAL;
MATRIX;
MATRIX METAL;
MECHANICAL CYCLING;
METALLIC MATERIAL;
NUMBER OF CYCLES;
PHYSICAL AND MECHANICAL PROPERTIES;
REINFORCING FIBERS;
REINFORCING PHASE;
RHEOLOGICAL MODELS;
ROOM TEMPERATURE;
STRAIN AMPLITUDE;
THERMAL CHARACTERISTICS;
THERMAL EXPANSION COEFFICIENTS;
THERMODYNAMIC PROCESS;
TRIBOLOGICAL PROPERTIES;
ALLOYS;
CASTING;
CERAMIC FIBERS;
CERAMIC MATRIX COMPOSITES;
CRACKS;
DAMPING;
ELASTIC WAVES;
FIBERS;
HAND TOOLS;
INTERNAL FRICTION;
MAGNESIUM;
MAGNESIUM ALLOYS;
MAGNESIUM CASTINGS;
MEASUREMENTS;
MECHANICAL PROPERTIES;
NUCLEATION;
REINFORCEMENT;
RHEOLOGY;
SQUEEZE CASTING;
STIFFNESS MATRIX;
THERMAL CYCLING;
THERMAL EXPANSION;
THERMAL STRESS;
THERMOELASTICITY;
TRIBOLOGY;
WEAR RESISTANCE;
YIELD STRESS;
METALLIC MATRIX COMPOSITES;
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EID: 77954132246
PISSN: None
EISSN: 18777058
Source Type: Conference Proceeding
DOI: 10.1016/j.proeng.2010.03.231 Document Type: Conference Paper |
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Times cited : (15)
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References (19)
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