The Science and Engineering of Materials – Donald R. Askeland – 4th Edition

PART 1 Structure, arrangement and movement of atoms
Chapter 1 Introduction to Materials Science and Engineering
Chapter 2 Atomic Structure
Chapter 3 Atomic and Ionic Arrays
Chapter 4 Imperfections in atomic and ionic arrangements
Chapter 5: Movement of atoms and ions in materials
PART 2 Control of microstructure and mechanical properties of materials
Chapter 6 Mechanical properties and behavior
Chapter 7 Hardening by Annealing and Annealing
Chapter 8 Principles of solidification
Chapter 9 Solid Solutions and Phase Balance
Chapter 10 Scattering hardening and eutectic phase diagrams
Chapter 11 Scattering hardening by phase transformations and heat treatment
PART 3 Engineering Materials
Chapter 12 Ferrous alloys
Chapter 13 Non-ferrous alloys
Chapter 14 Ceramic Materials
Chapter 15 Polymers
Chapter 16 Composite Materials; teamwork and synergy in materials
Chapter 17 Materials for construction
PART 4 ​​Physical Properties of Engineering Materials
Chapter 18 Electronic Materials
Chapter 19 Magnetic Materials
Chapter 20 Photonic Materials
Chapter 21 Thermal Properties of Materials
PART 5 Protection against deterioration and failure of materials
Chapter 22 Corrosion and wear