Skip to main content
BookintermediatePaid

The Science and Engineering of Materials

by Donald R. Askeland · Donald Askeland

Introductory engineering textbook organised around the structure-processing-properties relationship, with worked design problems on metals, ceramics, polymers, and composites. After working through it a reader can select materials for a component and predict how heat treatment changes performance.

Visit resource

This link may earn us a small commission at no extra cost to you. Affiliate disclosure

More resources on Introduction to Materials Science

BookPaid

Materials Science and Engineering: An Introduction

Undergraduate textbook covering atomic structure, crystal defects, phase diagrams, and the mechanical, electrical, and thermal behaviour of metals, ceramics, polymers, and composites. Readers finish able to link processing and microstructure to a material's properties.

WebsiteFree

doitpoms.ac.uk

DOIT POMS is a UK academic resource offering tutorials and study materials on the mechanical properties of materials, covering topics such as elasticity, plasticity, strength, toughness, and standard testing methods, with explanations and practice problems.

CourseFree

Introduction to Solid-State Chemistry (MIT 3.091)

Introductory chemistry taught through materials: electronic structure and bonding, crystalline and amorphous solids, defects and diffusion, phase diagrams, reaction kinetics and electrochemistry, each tied to engineering practice. Includes 82 lecture videos, problem sets with solutions and exams.

CourseFree

Introduction to Solid State Chemistry (MIT 3.091SC)

First-year chemistry taught through solid-state materials: atomic structure, bonding, crystal structures, defects, glasses, phase diagrams, kinetics and electrochemistry. 59 lecture videos, course notes, homework and exams with solutions let learners connect chemical principles to engineering materials.

CourseFree

Materials Science: 10 Things Every Engineer Should Know

Introductory UC Davis course taught by James Shackelford covering ten core topics in engineering materials: the main material families, mechanical and electrical properties, thermally activated processes and the Arrhenius relationship, and manufacturing principles. Learners come away understanding how a material's structure determines its properties.

PodcastFree

Materials Unlocked

Dr Lewis Owen brings together a diverse panel of experts and aspiring materials scientists to discuss and explore the work, achievements and discoveries that happen within the Advanced Materials Processing research area of the Henry Royce Institute based at the University of Sheffield.

See all Introduction to Materials Science resources →