Applies the rigor of material science principles to a comprehensive, integrative exploration of the science and technology of construction materials.
Begins with a discussion of the structure of materials (at a microscopic level), moves through mechanical properties, and follows-up with sections dealing individually with specific construction materials.
Integrates the science of materials and materials technology throughout.
Shows that to understand materials behavior -- and to design better materials -- it is necessary to understand the relationships between the fundamental chemical and physical properties of materials and their engineering behavior.
Emphasizes materials used primarily in civil engineering applications.
Focuses on civil engineering concerns, such as surface properties, rheology and amorphous structures.
Table of Contents
I. THE FUNDAMENTALS OF MATERIALS.
1. Atomic Bonding.
2. The Architecture of Solids.
3. Development of Microstructure.
4. Surface Properties.
II. BEHAVIOR OF MATERIALS UNDER STRESS.
5. Response of Materials to Stress.
6. Failure and Fracture.
7. Rheology of Fluids and Solids.
8. Fatigue.
III. PARTICULATE COMPOSITES: PORTLAND CEMENT AND ASPHALT CONCRETES.