1.INTRODUCTION
2.MATERIALS
2.1 FIBERS
2.2 MATRIX
2.3 THERMOSET MATRIX
2.4 THERMOPLASTIC MATRIX
2.5 FILLERS AND OTHER ADDITIVES
3. ANISOTROPIC ELASTICITY AND LAMINATE THEORY
3.1 LAMINA STRESS-STRAIN RELATIONSHIPS
3.2 FIBER–MATRIX INTERACTIONS IN A UNIDIRECTIONAL LAMINA
3.3 CHARACTERISTICS OF A FIBER-REINFORCED LAMINA
3.4 LAMINATED STRUCTURE ANALYSIS
3.5 INTERLAMINAR STRESSES
4. PLATES AND PANELS OF COMPOSITE MATERIALS
4.1 BENDING OF COMPOSITE MATERIAL PLATES
4.2 PLATE BOUNDARY CONDITIONS
4.3 NAVIER SOLUTIONS FOR PLATES OF COMPOSITE MATERIALS
4.4 LEVY SOLUTION FOR PLATES OF COMPOSITE MATERIALS
5. PERFORMANCE EVALUATION OF COMPOSITE MATERIALS
5.1 STATIC MECHANICAL PROPERTIES
5.2 FATIGUE PROPERTIES
5.3 IMPACT PROPERTIES
5.4 LONG-TERM PROPERTIES
6. COMPOSITE MATERIAL MANUFACTURING
6.1 FUNDAMENTALS
6.2 COMPRESSION MOLDING
6.3 PULTRUSION
6.4 FILAMENT WINDING
6.5 LIQUID COMPOSITE MOLDING PROCESSES
7. DESIGN OF COMPOSITE STRUCTURES
7.1 FAILURE PREDICTION
7.2 LAMINATE DESIGN CONSIDERATIONS
7.3 JOINT DESIGN
7.4 FRP REINFORCING BARS
7.5 FLEXURAL STRENGTH OF AN FRP-REINFORCED SECTION
7.6 FRP CONFINING
7.7 RETROFITTING
7.8 SANDWICHED DECK