General Papers
Plasticity and Roughness Induced Closure in Aged Hardened Aluminium Alloys | |
L.P. BORREGO, J.M. FERREIRA, J.M. COSTA |
Bridged or Cohesive Crack in Bending of Fibre-Reinforced Beams | |
A. CARPINTERI, G. FERRO, G. VENTURA |
Novel Test Criteria for Determining Fracture Toughness under Pure Mode-II and Mixed-Mode Loading | |
D. FERNÁNDEZ-ZÚNIGA, A. FERNÁNDEZ-CANTELI, M. DOBLARÉ, J.F. KALTHOFF, D. BERGMANNSHOFF |
Predictive Fracture Model for the Steady-State Failure of Adhesive Joints Using the «Plastic Wedge Peel Test» | |
T. FERRACIN, J. SENER, C.M. LANDIS, F. DELANNAY, T. PARDOEN |
Contact Strength of Ceramics under Opposed Roller Loading | |
T. FETT, D. MUNZ, G. THUN |
Fatigue of Composite Pipe Joint under Axial Tension | |
T. FIGIEL, M. KAMINSKI |
Cleavage Fracture of an Eurocode 3 Structural Steel S460N Type | |
J.M. FLORES, A. VALIENTE, M. ELICES |
Implementation of Damage Tolerance in High Cycle Fatigue Systems | |
S.C. FORTH S.C. |
Cyclic Crack Tip Deformation Due to Single Transition Cycles in Biaxial Loading | |
M.M.I. HAMMOUDA, H.E.M. SALLAM, A.S. FAYED |
Determination of J-Q Locus for Material of Reactor Pressure Vessel WWER 440 at Cleavage Fracture | |
D. Lauerova, Z. FIALA, J. NOVAK |
Statistical Evaluation of Composites Fatigue Results Using Normalizing Techniques | |
M. LÓPEZ-AENLLE, A. FERNÁNDEZ-CANTELI, M.J. LAMELA, E. CASTILLO |
Fracture Statistics of Brittle Materials: How to Choose a Better Distribution Function | |
C. LU, R. DANZER, F.D. FISCHER |
Initiation and Growth of Thermal Fatigue Crack Networks in a 304 L Type Steel | |
V. MAILLOT, A. FISSOLO, G. DEGALLAIX, B. MARINI, J.-C. LE ROUX |
Controlled Crack Growth with a Dual-Tip Indenter | |
A. MARTÍN-MEIZOSO, J. GIL-SEVILLANO, J.M. MARTÍNEZ-ESNAOLA, M. FUENTES |
Crack Growth in Three-Dimensional Structures | |
H.A. RICHARD, M. SCHOLLMANN, M. FULLAND |
Microstructural Short Fatigue Crack Growth - Effect of Mixed Mode Conditions and Crack Closure | |
A. SCHICK, C.-P. FRITZEN, W. FLOER, U. KRUPP, H.-J. CHRIST |
Brittle Fracture of Polycrystals: a New Pseudo Three-Dimensional Model | |
G.E. SMITH, A.G. CROCKER, P.E.J. FLEWITT, R. MOSKOVIC |