Beschreibung:

XVI; 576 S. mit Abb., graph. Darst., gebundene Ausgabe.

Bemerkung:

Einband mit Einriß + Knickfalte. - Vortitel mit Widmung des Autors. - INTRODUCTION - Historical Remarks - Advantages and Disadvantages - The World of Concrete - What Is Design? - Design Philosophies - The Design Process - Attributes of a Structural Designer - References - MATERIALS - Cement Aggregate - Admixtures - Air-entraining Agents, - Chemical Admixtures, - Mineral Admixtures, - Production of Concrete - Mechanical Properties of Concrete - General Behavior in Compression, - Compressive Strength, - Tensile Strength, - Fatigue Behavior, - Influence of State of Stress, - Creep, - Shrinkage, - Durability - General Comments, - Freeze-Thaw Cycling, - Chemical Attack, - Alkali-Silica Reaction (ASR), - Thermal Properties - Special Concretes - Reinforcing Steels References Problems and Questions - BEHAVIOR OF BEAMS - Introduction - The Uncracked Section - Behavior under Service Load - Failure Modes and Flexural Strength - The Plastic Hinge - Moment-Curvature Relationship - Moment Capacities of Other Sections Summary - Problems - DESIGN OF BEAMS FOR FLEXURE - Introduction - Design of Rectangular Beams - Design of Beams with Nonrectangular Sections - Design of Doubly Reinforced Beams Summary - References Problems - SHEAR, BOND, AND TORSION - Shear and Diagonal Tension in Homogeneous Elastic Beams - Behavior of Beams without Shear Reinforcement - Behavior of Beams with Shear Reinforcement - ACI Code Design for Shear and Diagonal Tension - Bond - Torsion Summary References Problems - CONTINUOUS BEAMS AND FRAMES - General - Methods of Analysis - Influence Lines and Moment Envelopes - Plastic Analysis and Moment Redistribution - Approximate Analysis and Design Summary - References Problems - DESIGN OF COLUMNS - Introduction - Service Load Behavior - Ultimate Strength and Interaction Diagram - Effect of High-Strength Materials and Intermediate Bars - Biaxial Bending - Strength Reduction Factor - Reinforcing Details - Design of Short Compression Members - Buckling of Slender Columns - Design of Slender Columns Summary - References Problems - DESIGN OF SLABS AND PLATES - Introductory Remarks - Theory of Plates - Assumptions, - Stresses, Moments, and Shears, - The Plate Equation, - Boundary Conditions, - Navier Solution of Simply Supported Plate, - Yield Line Theory - Concrete Slabs and Plate Structures - Design of Two-Way Slabs on Nonyielding Supports - ACI-Code Design of Two-Way Slab Systems - Direct Design Method, - Equivalent Frame Method, - Shear Design and Moment Transfer - Summary References Problems - FOUNDATIONS AND RETAINING WALLS - General - Design of Single-Column Footings - Design of Combined Footings - Design of Retaining Walls Summary - References Problems - APPENDIX A: THE CONCRETE ABC APPENDIX B: DESIGN AIDS - ISBN 0132036541