Principles of Concrete Structure Design

Author: Shen Puseng
Publisher:
Publish Date: 2002-10-01
Features: The characteristics of this textbook are: 1. It is compiled according to the teaching syllabus of the Teaching Guidance Committee for Civil Engineering, covering the basic design principles and methods of concrete structures for building construction and highway, bridges, etc., to meet the requirements of the broadened major; 2. It is written according to the new Concrete Structure Design Code, reflecting the new research achievements and design methods in this field; 3. It adheres to the principle of "less but better," highlighting key points and analyzing difficulties; 4. Each chapter includes an outline, summary, review questions, and exercises to facilitate students' self-study and self-assessment; 5. This book will be accompanied by a "Concrete Structure Design CAI," which can complement each other to enhance students' interest in learning and improve learning outcomes; 6. The book is exquisitely produced, with full-color printing and high-quality illustrations. All reinforcement bars and emphasized parts in the book break the traditional black color, a first in China, addressing the shortcomings in the layout of previous concrete-related books. The book covers the basic design principles and methods of concrete structures for building construction and highway, bridges, etc., to meet the requirements of the broadened major; it is written according to the new design code, reflecting the new research achievements and design methods in this field; it adheres to the principle of "less but better," highlighting key points and analyzing difficulties. The content includes: Introduction, Properties of Materials for Concrete Structures, Calculation of Normal Section Strength of Axially Loaded Reinforced Concrete Members, Calculation of Normal Section Strength of Bending Members, Calculation of Shear Section Strength of Bending Members, Calculation of Torsional Strength of Reinforced Concrete Members, Calculation of Strength of Eccentrically Loaded Reinforced Concrete Members, Cracks, Deformation, and Durability of Reinforced Concrete Members, and Design of Prestressed Concrete Members. This book can be used as a textbook for undergraduate students in civil engineering, as well as a reference for engineering and technical personnel and researchers.