Table of Contents
-Technological implications of Concrete Fracture
Research--An Overview of Tensile Failure in Cementitious
Materials and Structures, by V.C. Li
-Fracture Resistance of Acrylic Fiber Reinforced Mortar in
Shear and Flexure, by R.J. Ward, K. Yamanobe, V.C. Li,
and S. Backer
-Fracture Toughness of Polymer Concrete, by C. Vipulanandan
and N. Dharmarajan
-A Nonlinear Model for Mode I Fracture of Fiber Reinforced
Concrete, by J.C. Chern, C.H. Young, and K.C. Wu
-Evaluation of Existing Fracture Models in Concrete, by
S. Ratanalert and M. Wecharatana
-Inelastic Constitutive Relations for Concrete, by L. Nobile
-Fracture Mechanics and the Concrete Codes, by A. Hillerborg
-Fracture Mechanics Size Effect and Ultimate Load of Beams
Under Torsion, by Z.P. Bazant, S. Sener, and P.C. Prat
-Size Effect in Concrete Structures Without Initial Crack, by
J. K. Kim, S. H. Eo, and H. K. Park
-Size-Scale Effects on the Brittleness of Concrete Structures:
Dimentional Analysis and Snap-Back Instability, by A. Carpinteri
-Shear Resistance of Reinforced Concrete Beams-A Fracture
Mechanics Approach by Y.S. Jeng and S.P. Shah
-Shear Strength of Large Reinforced Concrete Beams, by
T. Shioya, M. Iguro, Y. Nojiri, H. Akiyama, and T. Okada
-The Compression Stress-Strain Curve for Design of
Reinforced Concrete Beams, by A. Hillerborg