IUTAM Symposium on Field Analyses for Determination of Material Parameters — Experimental and Numerical Aspects

Inhaltsverzeichnis

• Experimental Methods.
• Whole-Field Displacement Measurement With Moiré Interferometry as a Basis for a Microstructural FE Model of a Polymer Bonded Explosive.
• Measurement of Microscopic Residual Stress Based on the Evolution of Surface Roughness During Shallow Chemical Etching.
• The Incubation Time Theory and Experiment.
• Affordable TMF Testing Supported by FE Simulation.
• Identification of Dynamic Properties of Railway Track.
• Optical Method to Study Material Behaviour at High Strain Rates.
• Determination of Cylindrical Elastic Orthotropy in Wood by Digital Speckle Photography.
• Optimization Techniques and Simulation Methods.
• Identification of Elastic/Visco-Plastic Material Constants Under Impact Loading.
• Parameter Identification for Inverse Problems in Metal Forming Simulations.
• One Step Prediction Error Approach to the Identification Problem of Creep and Viscoplastic Material Models.
• Automated Identification and Calculation of the Parameters of Non-Linear Material Models.
• Inversion Method Using Spectral Decomposition of Green’S Functions.
• Determination of Ballast Parameters of Railway Track Using an Optimisation Technique.
• Estimation of Material Parameters at Elevated Temperatures by Inverse Modelling of A Gleeble Experiment.
• Material Modeling.
• Hydride-Induced Embrittlement in Metals -Stress and Temperature Effects.
• A Non-Isothermal Model for the Phase Transformations and the Mechanical Behaviour of a 12% Chromium Steel.
• Size Effect on Stress-Intensity Factors of CNS Specimen With an Interface Crack Subjected To Mixed-Mode Loading.
• On Pennyshaped Equilibrium Cracks in Materials Reinforced by Fibers.
• Identification of Stress from Strain for Body With Not Fully Identified Constitutive Relations.
• Evaluation Method of Interface Strength Between ThinFilms In LSI.
• List of Authors.