Deformation and Fracture in Technological Processes
Description
This special collection of peer-reviewed papers focuses on mechanical approaches to the experimental study and modeling of the deformation processes and defect formation accompanying various technologies.
Volume is indexed by Thomson Reuters CPCI-S (WoS).
A series of papers was devoted to the processes of metal-forming. Special attention was paid to the question of micro- and nano-structure adjustment during processes such as extrusion and microtube press-bending. Other papers covered models for damage accumulation and healing, as well as fracture prediction during metal forming.
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Ductile Fracture in Metal Forming: A Review of Selected Issues
Propagation of Random Waves in Elastic Media with Microheterogeneities
Finite Element Analyses of Extrusion with a Two Stage Die and Manufacturing of Gradient Micro-Structures
Some Mechanical Models of Chemical-Mechanical Polishing Processes
Fluid Flow Control in Micro- and Nanochannels
Bulk and Surface Stability of Materials
Accumulation and Healing of Damage during Plastic Metal Forming Simulation and Experiment
A Correlation between the Magnetic Behaviour and Damage of Metal Materials under Plastic Deformations
Limit Plastic State of Notched Stripes with Stress State Dependent Properties
Modes of Stability Loss of Materials
Identification of Defects in an Elastic Body by Means of the Boundary Measurements
Effect of Strain-Hardening Induced Grain Refinement on Springback in Microtube Press Bending Process
Investigation of the Asymptotic Behavior of Stresses at the Tip of Wedge- and Cone-Shaped Cracks
3-D Model of the Periodic Structure Punch Sliding upon the Viscoelastic Base with Incompressible Fluid in the Contact Gap
Grain Refinement of AZ61/SiCp Magnesium Matrix Composites for Tubes Extruded by Hot Extrusion Processes
Theory of Phase Transformations in the Mechanics of Solids and its Applications for Description of Fracture, Formation of Nanostructures and Thin Semiconductor Films Growth
Development of Innovative Algorithm for Nanomechanics and its Applications to the Characterization of Materials