Mechanical Identification of Composites

Contributions

1. Static and Dynamic Characterization

   1. Joints and Assemblies of Composite Material Structural Elements: Characterization of Adhesives in Bulk Form and in Composite Structures

      • G. Van Vinckenroy, W. P. De Wilde, F. De Roey

      Pages 181-189

   2. Static and Dynamic Characterization of Composites, Using a Fourth Generation Programming Language on a Macintosh

      • I. Daerden, D. Van Hemelrijck, L. Schillemans, F. De Roey, F. Boulpaep, A. Cardon

      Pages 190-197

2. Impact Behaviour and Damage Characterization

   1. Use of the Shadow Moire Technique for the Investigation of the Impact Behaviour of Composite Laminates

      • R. Dechaene, J. Degrieck

      Pages 198-205

   2. Delamination Detection Via Holographic Interferometry Techniques

      • A. C. Lucia, G. P. Solomos, P. Zanetta, L. Merletti, R. Pezzoni

      Pages 206-212

   3. Dynamic Failure Processes in Fibre-Reinforced Composites

      • Yiren Xia, C. Ruiz

      Pages 213-222

   4. Effect of Strain Rate on the Compressive Strength of Woven Glass-Reinforced/Epoxy Laminates

      • John Harding

      Pages 223-230

   5. Characterization of Highly Anisotropically Reinforced Solids in High Velocity Tension

      • Kozo Kawata, Masaaki Itabashi, Shinya Fujitsuka

      Pages 231-237

3. Micromechanics and Interfaces

   1. Determination of the Effective Mechanical Response of Polymer Matrix Composites Via Microstuctural Data

      • A. Boscolo Boscoletto, M. Ferrari, I. Pitacco, M. P. Virgolini

      Pages 238-245

   2. A Microstructural Method for Predicting the Damping of Lamina

      • R. Eizenshmits, A. Kruklinsh, A. Paeglitis

      Pages 246-253

   3. Theoretical and Experimental Study Technique of the Mechanical Properties of Fiber-Reinforced Laminates and of the Strain Features of Structural Elements

      • V. S. Bogolyubov, A. G. Bratukhin, V. N. Bakulin, G. I. Lvov

      Pages 254-261

   4. Dynamic Properties of Layer Reinforced by Two Families of Fibres

      • Dragan I. Milosavljevic

      Pages 262-269

   5. Micromechanical Modelling of Unidirectional Glassfiber Reinforced Polyester: Effect of Matrix Shrinkage

      • A. Ten Busschen

      Pages 270-277

   6. Plastic Failure of Unidirectional Fibrous Composite Materials with Metal Matrix in Compression

      • A. N. Guz

      Pages 278-286

   7. Analytical Model of Fibre Pull-Out Mechanism

      • Janusz Potrzebowski

      Pages 287-294

   8. Nonlinear Viscoelastic Behavior of the Fiber-Matrix Interphase: Theory and Experiment

      • E. Sancaktar

      Pages 295-302

   9. Empirical Model Building and Surface Response Methodology Applied to Sclerometrical Investigation for Refractories Concrete

      • M. Ouadou, T. Mathia, B. Clavaud, R. Longeray, P. Lanteri

      Pages 303-310

4. Fracture and Fatigue Damage Mechanics

   1. Development of Fatigue Damage Mechanics for Application to the Design of Structural Composite Components

      • P. W. R. Beaumont, S. M. Spearing

      Pages 311-326

   2. Influence of Fibre Orientation on the Cracking and Fracture Energy in Brittle Matrix Composites

      • Andrzej M. Brandt

      Pages 327-334

   3. Application of the Method of Caustics to Fiber-Reinforced Materials

      • Ernst Moor

      Pages 335-341

   4. Modelling of Orthotropic Layered Structures Containing Cracks in the Interfaces

      • C. Petit, N. Recho

      Pages 342-349