Materials Science for Structural Engineers
( 25 Modules )

Module #1
Introduction to Materials Science
Overview of materials science, importance in structural engineering, and course objectives

Module #2
Atomic Structure and Bonding
Atomic structure, types of chemical bonds, and their impact on material properties

Module #3
Material Classification
Classification of materials:metals, ceramics, polymers, composites, and their characteristics

Module #4
Mechanical Properties of Materials
Stress-strain relationships, elastic behavior, plasticity, and failure mechanisms

Module #5
Strength and Toughness of Materials
definitions of strength and toughness, testing methods, and importance in structural design

Module #6
Properties of Metals
Crystal structure, alloying, strengthening mechanisms, and corrosion resistance

Module #7
Properties of Ceramics and Glass
Crystal structure, thermal properties, and applications in structural engineering

Module #8
Properties of Polymers
Molecular structure, thermal properties, and applications in structural engineering

Module #9
Composites:Fundamentals and Applications
Definitions, types, and properties of composites, and their use in structural engineering

Module #10
Materials Selection for Structural Applications
Factors influencing material selection, Ashby diagrams, and case studies

Module #11
Steel:Composition, Properties, and Applications
Steel production, microstructure, and properties, with a focus on structural engineering

Module #12
Concrete:Composition, Properties, and Applications
Cement chemistry, aggregate properties, and concrete mix design for structural engineering

Module #13
Timber:Properties and Applications
Wood anatomy, properties, and grading, with a focus on structural engineering

Module #14
Aluminum and Other Non-Ferrous Metals
Properties, production, and applications of aluminum and other non-ferrous metals in structural engineering

Module #15
Cementitious Materials and Geopolymers
Properties and applications of cementitious materials and geopolymers in structural engineering

Module #16
Sustainability and Environmental Impact of Materials
Life cycle assessment, embodied energy, and environmental impact of materials in structural engineering

Module #17
Material Testing and Characterization
Methods for testing and characterizing materials, including mechanical, thermal, and non-destructive testing

Module #18
Material Failure and Fracture Mechanics
Introduction to fracture mechanics, material failure modes, and fracture toughness testing

Module #19
Corrosion and Durability of Materials
Corrosion mechanisms, protection methods, and durability design for structural materials

Module #20
Fire Resistance and Material Performance
Fire resistance testing, material performance, and design considerations for structural materials

Module #21
Material Deterioration and Degradation
Causes and mechanisms of material deterioration, and methods for detecting and mitigating degradation

Module #22
Nanomaterials and Advanced Materials
Introduction to nanomaterials, their properties, and potential applications in structural engineering

Module #23
Materials for Extreme Environments
Materials for high-temperature, high-pressure, and extreme loading conditions in structural engineering

Module #24
Materials for Sustainable Infrastructure
Materials and designs for sustainable infrastructure, including recycled materials and circular economy concepts

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Materials Science for Structural Engineers career

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Materials Science for Structural Engineers ( 25 Modules )

Materials Science for Structural Engineers
( 25 Modules )