2023 Conference Theme - Fatigue & Fracture

Presentations

Design of a Novel Test Apparatus for Multi-Sample Interrupted Dynamic Fracture Tests
BMB Sargent, CM Davies & PA Hooper
Imperial College London, UK

3D study of overload effects on fatigue crack growth through X-ray tomography and volume correlation
L. Sanciet-Munier, N Limodin, J-Y Buffière, J-F Witz, J Réthoré, M Coret, G Bahaj Filali, Y Gaillard, M Fleuriot, A Bonnin, G Lovric, A King, J Lachambre and A Weck
Université de Lille, France

Effects of Thickness and Varying a/W Ratios on Fatigue Crack Growth Rates at High ΔK for 316 H Stainless Steel
MMJ Gillet & CM Davies
Imperial College London, UK

Corrosion Behaviour of a Coated AZ31 Mg Alloy under Static and Cyclic Loading in Four Point Bending Tests
B Yavuzyegit, K Karali, R Bonithon, N Smith, P Shashkov & G Blunn
University of Portsmouth, UK

Active chain density effect on the fatigue resistance of natural rubber
G Delahaye, SM Guillaume, J Rosselgong, B Ruellan, I Jeanneau & J-B Le Cam
University of Rennes, France

Determining the Fatigue Life of Seam-welded joints in Hot Finished Welded Rectangular Hollow Sections
PD Hanna & CM Davies
Imperial College London, UK

Investigating the effect of temperature on the fracture toughness properties of as-cast DP800 steel slabs
OD Taiwo, D Farrugia, CM Davies
Imperial College London, U

Influence of a microstructure gradient on crack propagation in railway axles
MA Faham, JF Witz, A Tandjaoui, J Hosdez and N Limodin
Université de Lille, France

Temperature effects on the fatigue lifetime reinforcement under non-relaxing torsion and comparison with non-relaxing tension loading
Y Mouslih, J-B. Le Cam, B Ruellan, I Jeanneau & F Canévet
University of Rennes, France

Experimental investigation of early strain localizations on polycrystalline α-Fe in cyclic loading
NN Prasad, AEl Bartali, J-F Witz, N Limodin & D Najjar
Université de Lille, France

Experimental Validation of a Single Z-Stent Spring for Stent-Graft Fatigue Analysis Models
A McBride, W Dempster, D Nash, C Maclean & A Boukis
University of Strathclyde, UK

Ultrasonic fatigue testing of structural steel welded joints
A England, T Toumpis, & Y Gorash
University of Strathclyde, UK

Monitoring of fatigue damage development in as-received and exploited for 280 000 hours 10CrMo9-10 power engineering steel supported by Digital Image Correlation
M Kopec, A Brodecki & ZL Kowalewski
Polish Academy of Sciences, Poland

Evaluation of Strain Rate Sensitivity in UFT Testing of Structural Steels
L Milne, Y Gorash, T Comlekci & D McKenzie
University of Strathclyde, UK

Comparing the Reliability of Structural Steel Welds using Ultrasonic Fatigue Testing
Y Gorash, T Comlekci, C Walker, J Kelly & L Milne
University of Strathclyde, UK