Mechanisms of Deformation and Fracture contains the proceedings of the Interdisciplinary Conference on the Mechanisms of Deformation and Fracture held at the University of Luleå in Sweden on September 20-22, 1978. The papers explore the mechanisms underlying deformation and fracture of materials such as pearlite, metals, quartz, soils, and rocks. Results of theoretical and experimental studies on topics ranging from electromagnetic detection of low-cycle fatigue to stress and strain distribution in two-phase systems are presented. This book is comprised of 37 chapters and begins with a discussion on the interrelationships among solid mechanics, earth sciences, and material sciences. Subsequent chapters focus on the low-cycle behavior of case hardened steel; deformation and shear of normally consolidated flocculated kaolin; analytical modeling in inelasticity; creep mechanisms in clay; and initiation of crack growth at full plasticity. Plastic flow mechanisms and the rheological properties of the Earth's mantle are also examined, along with the fracture of glassy thermoplastics. The final chapter presents a thermodynamic model of consolidation in cohesive soils. This monograph will be a valuable resource for students and practitioners of mechanical engineering, metallurgy, materials science, and earth sciences.
Session I Introductory Keynote Lectures The Inter-Relationship: Solid Mechanics - Earth Sciences The Inter-Relationship: Earth Sciences - Material Sciences The Inter-Relationship: Material Sciences - Solid Mechanics Discussion Session 2 Experimental Studies Effect of Grain Size on the Static and Dynamic Fracture Behavior of -Titanium The Mechanism of Deformation of Pearlite Electromagnetic Detection of Low-Cycle Fatigue Low Cycle Behavior of Case Hardened Steel Automatic Fatigue Threshold Value Testing Processes of Quartz Fracture in Nature and the Formation of Clastic Sediments Deformation and Shear of Normally Consolidated Flocculated Kaolin Cohesion in Fine-Grained Soils The Deformation of Granular Masses with Particular References to Partially-Melted Granite Characterization of Microcracks Deformation Structures in the Tännäs Augen Gneiss Experimental Deformation of Augen-Gneisses Rock Fracture under Superimposed Static and Dynamic Loads Deformation of Muddy Rocks at Low Metamorhpic Grades Study of Fresh Fracture Surfaces in Metals By Electron Spectroscopy Discussion Session 3 Theoretical Studies Capabilities, Limitations and Promises Shakedown Analysis in Rolling Contact Problems Analytical Modeling in Inelasticity Initiation of Crack Growth at Full Plasticity Stress and Strain Distribution in Two-Phase Systems Micromodels for Granular Composites A Calculation of Static and Dynamic Elasticity Constants in an Elastic Inhomogenous Material A Cooperative Model of Stress Relaxation Kinetics in Solids Damage in a Pressure Transducer Due to a High Speed Load A General Theory for the Sensitivity of Clays Mechanical Behavior of Clay Explained in Microstructural Terms Shear Strength of Soils Stress-Strain Relationships for Silty Soils Creep Mechanisms in Clay Pl
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- © Pergamon 1979
- 1st January 1979
- eBook ISBN: