Essential reference and study guide for research and analysis of properties of materials for science and engineering. In only six pages this handy reference offers a broad view of the college course while providing need-to-know details per topic, giving you more answers per page than any book or website. With quick access to terms, equations, diagrams and the examples you need, the scope of this course is covered so you are not digging in a textbook for a quick check of an equation so you can keep working. Author Max G. Levy, PhD writes for WIRED, Smithsonian, Vox and more and has designed the ultimate easy-to-use tool for engineering students. At this price this is an easy add to your engineering toolbox.
6 page reference guide includes:

Atomic Structure & Bonding

Equations

Quantum Numbers of Electrons

Three Types of Bonding

Phase Diagrams & Transformations

Invariant Reactions

Equations

Pressure-Temperature Phase Diagram (Water)

Temperature-Composition Phase Diagram

Examples/Problems

Invariant Reaction Systems

Crystal Structure & Diffusion

Equations

Lattice Systems

Crystal Structure & Atomic Packing Factor

Defect Engineering

Ceramics

Slip Systems in Crystal Structures

Diagrams/Examples

Key Polymers

Equations

Common Polymers & Their Key Advantages

Diagrams

Mechanical Properties

Equations

Diagrams

Thermal Properties

Equations

Electrical & Magnetic Properties

Equations

Magnetic Ordering

Diagrams

Failure & Corrosion

Equations

Types of Corrosion

Diagrams

Advanced Materials Processing

Metals

Polymers

Ceramics & Semiconductors

Microscopy For Materials

General Equations & Review

Materials Classification

Notable Themes