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Final Information for the VECF1
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Proposers: Giacomo Risitano, Oleg Plekhov, Dario Santonocito, Adam Lipski .
Summary: The proposed symposium aim is to discuss about the study, development and experimental application of energy methods for stress-deformation analysis on mechanical materials and components, for the fatigue characterization of mechanical systems, for fracture mechanics and for the damage control in both static and dynamic fields. This symposium will focus on general topics associated with energy approaches to describe the fracture behavior of structural materials with emphasis on the development and application of fatigue assessment for structural integrity.Papers covering the following topics (but not limited to) are welcome:
- Thermographic Method
- Strain Energy Density
- Full-Field Measurement
- Crack Propagation
- Fatigue Crack Growth
- Stress Intensity Factor
- Multiaxial fatigue
- Connections (welded and bonded joint, …)
- Energetic release on plastic, composite and additive-manufactured materials during mechanical test
Adhesively bonded joint brittle fracture assessment via average strain energy density criterion
(P. Ferro, F. Berto)
On the use of the combined FMC-ASED criterion for fracture prediction of notched specimens with non linear behaviour
(S. Cicero, A. R. Torabi, H. R. Majidi, F. J. Gomez)
Estimating the specific heat loss from temperature measurements in metal fatigue: theory and experiments
(G. Meneghetti, M. Ricotta, B. Atzori)
Energy-based failure prediction of notched FDM printed PLA specimens
(P. Seibert, J. Razavi, L. Susmel, F. Berto)
Experimental investigation of fatigue crack induced energy dissipation under mixed mode loading
(A. Vshivkov, A. Iziumova, O. Plekhov)
Volume Free Strain Energy Density Method for Applications to Blunt V-Notches
(P. Foti, S. M. J. Razavi, L. Marsavina, F. Berto)
Experimental and numerical assessment of the end of the thermoelastic effect during static traction test
(G. Risitano, D. Santonocito)
Sensitivity Analysis of load frequency and BLOCK cycles on the fatigue limit measurement by thermographic method
(C. F. C. Bandeira, J. T. P. De Castro, F. Pradelle, P. P. Kenedi)
Online Acoustic Emission Monitoring of Cyclic Ball Indentation Testing - Correlation with Hysteresis Area Response
(R. V. Prakash, M. Thomas, A. R. Prakash, C. K. Mukhopadhyay)
A proposition of the model of temperature change description during fatigue loading
(A. Lipski)
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