With the ESIS blog we want to promote and intensify relevant scientific discussions on recent publications in Engineering Fracture Mechanics. The blog is hosted by IMechanica on:
http://imechanica.org/node/9794
The editors, Professors Karl-Heinz Schwalbe and Tony Ingraffea, support this initiative. ESIS hopes that this blog will achieve the following objectives:
• To initiate scientific discussions on relevant topics by highlighting, leaving comments, suggestions, questions etc. related to recent publications;
• To suggest re-reading, re-examination, comparison of results from the past, that may be overlooked by the authors or have fallen into general oblivion;
• To promote and give reference to groups with similar or related scientific goals and to promote collaboration, as well as bridging gaps between different disciplines;
• To focus attention on new ideas that may face a risk of drowning in the noise of today’s extensive scientific production;
Per Ståhle
- Discussion of fracture paper #42 - Artificially Intelligent Fatigue Crack Growth
- Discussion of fracture paper #41 - Are dislocations good or bad guys?
- Discussion of fracture paper #40 - Icicles or carrots. Which ones have isotropic fracture properties?
- Discussion of fracture paper #39 - Dynamic Fracture on a Molecular Level
- Discussion of fracture paper #38 - Fracture of the thinnest of sheets - Graphene
- Discussion of fracture paper #37 - A Novel Approach Improving Mode I+III Cohesive Zone Modelling
- Discussion of fracture paper #36 - The Double-K Fracture Model
- Discussion of fracture paper #35 - What is Finite Fracture Mechanics?
- Discussion of fracture paper #34 - The Physics of Hydrogen Embrittlement
- Discussion of fracture paper #33 - The Interaction Integral
- Discussion of fracture paper #32 - Fatigue and machine-learning
- Discussion of fracture paper #31 - Toughness of a rigid foam
- Discussion of fracture paper #30 - Weight functions, cracks and corners
- Discussion of fracture paper #29 - Fast crack growth in fibre reinforced composites
- Discussion of fracture paper #28 - Rate effects and dynamic toughness of concrete