ASCE 9780784406120 2011
$107.25
Design Guide for FRP Composite Connections
Published By | Publication Date | Number of Pages |
ASCE | 2011 | 616 |
N/A
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Cover |
12 | CONTENTS |
16 | 1 DESIGN PHILOSOPHY AND DESIGN CONSIDERATIONS FOR STRUCTURAL COMPOSITE MEMBERS AND CONNECTIONS 1.1 Introduction |
17 | 1.2 Background |
18 | 1.3 Design Approaches |
21 | 1.4 Design Loads |
22 | 1.5 Safety Factors |
23 | 1.6 Guaranteed Mechanical Properties |
24 | 1.7 Proposed Philosophy |
34 | 2 CHARACTERIZATION AND BEHAVIOR OF BOLTED COMPOSITE JOINTS 2.1 Background |
40 | 2.2 Mechanical Behavior of Bolted Joints |
47 | 2.3 Factors Influencing Bolted Joint Strength |
86 | 3 ANALYSIS AND DESIGN OF BOLTED COMPOSITE JOINTS 3.1 Background |
88 | 3.2 Efficiency of the Bolted Joint |
89 | 3.3 Design of the Single-Bolted Joint |
111 | 3.4 Design and Analytical Procedure |
112 | 3.5 Numerical Examples |
115 | 3.6 Design of Multi-Bolted Joints |
141 | 3.7 General Design Considerations 3.8 Rules of Thumb for Designing Bolted Composite Joints |
146 | 4 STRUCTURAL ADHESIVES 4.1 Introduction |
147 | 4.2 Mechanics of Adhesion |
148 | 4.3 Factors Affecting the Capacity and Integrity of Adhesively Bonded Joints 4.4 Important Adhesive Properties |
158 | 4.5 General Properties of Adhesives and Adherends |
159 | 4.6 Surface Pretreatment |
161 | 4.7 Selection Process |
162 | 4.8 Types of Adhesives |
164 | 4.9 Standard Test Methods for Structural Adhesives |
167 | 4.10 Essential Information |
168 | 4.11 Common Causes of Adhesive Failure |
169 | 4.12 Material Safety Data Sheets |
172 | 5 ANALYSIS AND DESIGN OF ADHESIVELY BONDED COMPOSITE JOINTS 5.1 Introduction |
173 | 5.2 Types of Stress Conditions Developed in Composite Bonded Joints 5.3 Bonded Joint Configurations |
181 | 5.4 Failure Modes |
184 | 5.5 Adhesive Stress–Strain Characterization |
186 | 5.6 Load Transfer in Adhesively Bonded Composite Joints |
192 | 5.7 Analyses and Design of Composite Bonded Joints |
227 | 5.8 Design Recommendations |
230 | 6 COMBINED JOINTS 6.1 Introduction |
231 | 6.2 Review of Related Work |
234 | 6.3 Advantages and Applications of Combined Joints |
238 | 6.4 Behavior of Combined Bonded/Bolted Composite Joints |
240 | 6.5 Mechanically Fastened/Welded Joints for Thermoplastic Composites |
241 | 6.6 Concluding Remarks |
244 | 7 BEHAVIOR OF PULTRUDED COMPOSITE FRAME CONNECTIONS 7.1 Introduction |
247 | 7.2 Impact of Connection Detail Design on the Overall Behavior of Pultruded Composites Frame Structures |
248 | 7.3 Codes and Standards Activities |
251 | 7.4 Pultruders’ Design Guides |
254 | 7.5 PFRP Connections: Related Work |
382 | 7.6 A Case Study of Durability of Pultruded Fiber-Reinforced Polymer Composites in Harsh Environments |
389 | 7.7 Connection and Reinforcement Details for PFRP Composite Structures |
406 | 8 ANALYSIS AND DESIGN OF SEMI-RIGID PULTRUDED FIBER-REINFORCED POLYMER FRAME CONNECTIONS 8.1 Semi-Rigid Behavior of PFRP Connections |
408 | 8.2 Moment–Rotation Relations (M/θ) 8.3 Connection Stiffness Expressions |
445 | 8.4 Rigorous Analysis of PFRP Structures with Semi-Rigid Connections |
452 | 8.5 Design of Semi-Rigid Bolted Frame Connections |
462 | 9 FINITE ELEMENT MODELING OF PULTRUDED FIBER-REINFORCED POLYMER FRAME CONNECTIONS 9.1 Introduction |
463 | 9.2 Orthotropic Properties in Plane Stress of Laminated Composites 9.3 Modeling of PFRP Composites |
465 | 9.4 Finite Element Analysis Codes for Composite Structures |
479 | 9.5 Numerical Modeling Examples for Composite Joints and Frame Connections |
499 | 9.6 Recommended Modeling Procedures for Semi-Rigid PFRP Frame Connections |
582 | GLOSSARY A |
583 | B |
585 | C |
589 | D |
590 | E |
591 | F |
593 | G |
594 | H I |
595 | J K L |
596 | M |
597 | N |
598 | O P |
600 | Q |
601 | R S |
605 | T |
606 | U V |
607 | W |
608 | Y |
609 | CONVERSION FACTORS |
610 | INDEX A B C D E |
611 | F G H J |
612 | L M N P R S T W |
614 | ABOUT THE AUTHOR |