MSEN 201 Introduction to Materials Science & Engineering

By Patrick J Shamberger

Materials Science & Engineering, Texas A&M University, College Station, TX

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Abstract

Fundamental principles of materials science and engineering and their application toward complex engineering challenges; relationship between materials structure and structural and functional properties of engineered materials; property-performance relationships; principle classes of materials, as illustrated through key materials advances; current directions in the field.

Bio

Patrick Shamberger Dr. Patrick Shamberger has a background in functional inorganic materials, including interests in phase transformations, crystal structure/property relationships, and thermodynamics. These have been applied to a range of problems on both natural (geological) and engineered systems. Currently, he is an assistant professor with the Department of Materials Science and Engineering at Texas A&M University, College Station. Prior to this, he served as a materials research engineer for the Air Force Research Lab in the Nanoelectronic Materials Branch (AFRL/RXAN) and Thermal Sciences and Materials Branch (AFRL/RXBT). His areas of focus at AFRL were in the areas of plasma-assisted deposition processes for high-mobility nanocrystalline oxide films, and in reducing the variability of oxide-based resistance switches. Previous efforts have included development of rapid, low-temperature thermal storage based on phase change, physisorption, and chemical dissociation processes. Patrick Shamberger received his Ph.D. in Materials Science & Engineering from the University of Washington in 2010, an M.S. in Geology & Geophysics from the University of Hawaii in 2004, and a B.S.E. in Civil & Environmental Engineering from Princeton University.

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Researchers should cite this work as follows:

  • Patrick J Shamberger (2019), "MSEN 201 Introduction to Materials Science & Engineering," http://nanohub.org/resources/29739.

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Lecture Number/Topic Online Lecture Video Lecture Notes Supplemental Material Suggested Exercises
MSEN 201 Lecture 1.1: Atomic Structures - Orbital Filling View HTML
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MSEN 201 Lecture 1.2: Atomic Structures - Quantum Mechanics View HTML
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MSEN 201 Lecture 2.1: Bonding - Interatomic Force & Energy Curves View HTML
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MSEN 201 Lecture 2.2: Bonding - Atomic Bonding View HTML
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MSEN 201 Lecture 3.1: Crystalline Solids - Single Crystal, Polycrystalline, Amorphous View HTML
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MSEN 201 Lecture 3.2: Crystalline Solids - Crystallographic Points View HTML
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MSEN 201 Lecture 3.3: Crystalline Solids - Crystallographic Directions View HTML
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MSEN 201 Lecture 3.4: Crystalline Solids - Crystallographic Planes View HTML
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MSEN 201 Lecture 3.5: Crystalline Solids - Families of Directions, Planes View HTML
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MSEN 201 Lecture 4.1: Crystal Structures of Metals - Atomic Densities and Packing Factors View HTML
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MSEN 201 Lecture 4.2: Crystal Structures of Metals - FCC Structure View HTML
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MSEN 201 Lecture 5.1: Crystal Structures of Ceramics - Ionic Crystal Structures View HTML
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MSEN 201 Lecture 5.2: Crystal Structures of Ceramics - Interstitial Sites View HTML
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MSEN 201 Lecture 6.1: Structure of Polymers - Structure of Polymers View HTML
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MSEN 201 Lecture 6.2: Structure of Polymers - Stereoisomers View HTML
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MSEN 201 Lecture 6.3: Structure of Polymers - Geometric Isomers View HTML
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MSEN 201 Lecture 7.1: Phase Diagrams - Intro to Phase Diagrams View HTML
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MSEN 201 Lecture 7.2: Phase Diagrams - Lever Rule View HTML
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MSEN 201 Lecture 8.1: Defects - Edge Dislocations View HTML
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MSEN 201 Lecture 8.2: Defects - Screw Dislocations View HTML
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MSEN 201 Lecture 8.3: Defects - Point Defects View HTML
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MSEN 201 Lecture 9.1: Diffusion - Steady State vs Transient View HTML
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MSEN 201 Lecture 9.2: Diffusion - Mechanisms View HTML
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MSEN 201 Lecture 9.3: Diffusion - Fick's First Law View HTML
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MSEN 201 Lecture 9.4: Diffusion - Activated Process View HTML
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MSEN 201 Lecture 10.1: Mechanical Properties Metals - Macroscopic Stress Strain Behavior View HTML
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MSEN 201 Lecture 10.2: Mechanical Properties Metals - Mechanical Properties Definitions View HTML
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MSEN 201 Lecture 11.1: Deformation and Strengthening - Elastic and Plastic Deformation at the Atomic Scale View HTML
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MSEN 201 Lecture 11.2: Deformation and Strengthening - Macroscopic Elastic and Plastic Deformation View HTML
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MSEN 201 Lecture 16.1: Electrical Properties - Conductivity vs Temperature View HTML
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MSEN 201 Lecture 16.2: Electrical Properties - Alloying and Dopants View HTML
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MSEN 201 Lecture 16.3: Electrical Properties - Electronic Bands in Metals, Semiconductors, Insulators View HTML
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MSEN 201 Lecture 16.4: Electrical Properties - Electronic Band Structure View HTML
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MSEN 201 Lecture 17.1: Thermal Properties - Thermal Expansion View HTML
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MSEN 201 Lecture 17.2: Thermal Properties - Thermal Conductivity View HTML
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MSEN 201 Lecture 17.3: Thermal Properties - Heat Capacity View HTML
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MSEN 201 Lecture 18.1: Magnetic Properties - Origin of Magnetization in Materials View HTML
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MSEN 201 Lecture 18.2: Magnetic Properties - Magnetic Domains View HTML
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MSEN 201 Lecture 19.1: Optical Properties - Optical Absorption in Materials View HTML
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MSEN 201 Lecture 19.2: Optical Properties - Optical Emission in Materials View HTML
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