NEWS: Lecture by P. Yadegari, pyLife workshop, New WCFA event in 2023
Lectures on Fatigue Analysis
This webpage was built to present to audience recorded lectures or presentations from various events we organize. Some of them are available for free, some are to be paid - see both in the sections below.
Free Content
Standalone lectures
- Patrick Yadegari: Fatigue strength of ultra-high strength steels and surface-hardened components, on-line, September 5, 2023
- Wanhua (Carol) Liang: Fatigue Design and Behaviour of Carburized Steels, on-line, June 30, 2023
Larger events
- 1st Workshop on Thermodynamics of Fatigue Process:
- Jan Papuga: Welcome
- Michael M. Khonsari: Science of Degradation
- Jia Huang: Fatigue energy dissipation behavior and life prediction of carbon fiber reinforced composite materials
- Giovanni Meneghetti: Intrinsic dissipation and fatigue analysis of engineering materials and components
- Lakshmana Rao & Noushad Bin Jamal: Modeling Low Cycle Fatigue Life in Ti-6Al-4V alloy: A Unified Mechanics Theory -based Approach
- Luca Santoro, Raffaella Sesana & Francesca Curà: Dissipative and thermal aspects in additive-manufactured steel
- Francesca Curà & Luca Corsaro: Active thermography for residual stress characterisation in gears
- Cemal Basaran: Fatigue Life Prediction without Curve-Fitting With Unified Mechanics Theory
- Jan Papuga & Martin Matušů: Dissimilar thermal response to cyclic loading of two metallic materials
Paid content
- Workshop on Computational Fatigue Analysis 2022 - Vibration Fatigue Analysis: This was the first WCFA event
which was also made available online and from recordings. Check the complete schedule.
- Day #1 by Milan Růžička, Jan Papuga and Martin Nesládek: Lectures on Introduction to Fatigue Analysis
- Day #2 by Janko Slavič and Denis Benasciutti: Vibration Fatigue Analysis, Part I
- Day #3 by Filippo Cianetti, Massimiliano Palmieri and Adam Niesłony: Vibration Fatigue Analysis, Part II
papuga@pragtic.com, last update: July 6, 2023
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