Rheology, Physical and Mechanical Behavior of Materials 5

Description

Rheology, Physical and Mechanical Behavior of Materials 5 studies fractures and fatigue in metallic materials and composites. It analyzes the mechanisms at work according to the types of damage and fractures observed.

This book covers the formation of cracks around inclusions or precipitates, ductile and cup fracture facies, abrupt or intergranular fractures, cleavage and the influence of strain rates in striction and fracture. It also looks at the formability limit curves of metals under dynamic actions and techniques used.

Regarding metals, the book studies the types of tests, cracking mechanisms, and laws relating to uncracked and cracked parts, as well as endurance limits. As for composites, fracture mechanisms for unidirectional and laminate materials, successive layer fractures, maximum and quadratic stress and/or strain criteria, and fracture envelopes are analyzed.

Contents

1. Damage.
2. Ductile Fracture.
3. Sudden Fracture, Fracture Energy.
4. Description and Modeling of Physical Mechanisms.
5. Fractures due to Cleavages and Intergranularity.
6. Concentration of Stresses Kt.
7. The Intensity Factor of Stresses K.
8. Fracture Zones in Photoelasticimetry.
9. The Influence of Strain Speeds.
10. Metal Fatigue.
11. Fracture of Composites.

About the authors/editors

Maurice Leroy is a doctor in physics and solid mechanics, and a lecturer and professor at the University of Nantes, France, as well as Director of the Composite and Metallic Formations research laboratory at the IUT. He was instrumental in the creation of France’s first Materials Science and Engineering department.

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Related subject

• Mechanical Engineering and Solid Mechanics