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Concept

Materials science

Related lectures (30)

Materials Science: Introduction

Covers the basics of Materials Science, including classification, historical perspective, atomic structure, and material selection.

Machine Learning Applications: Predicting Carbon Nanotube Properties

Covers the use of machine learning to predict the mechanical properties of carbon nanotubes and their composites through multiscale characterization techniques.

Sustainable Materials: Lifecycle, Properties, and Design

Explores material lifecycle, properties, sustainability, and design, emphasizing the importance of auditing products for sustainability and discussing the evaluation of consumer products like LEGO.

Atomic Bonding: Course Introduction and Chapter 1

Covers course organization, historical material influence, and dislocation interaction processes.

Toughness of Materials

Covers the concept of toughness of materials, emphasizing resistance to crack propagation and plastic deformation.

Chemistry: Atomic Structure and Thermodynamics

Covers atomic structure, thermodynamics, material properties, and ideal gas law.

Materials: From Chemistry to Properties

Covers the history, consumption, and recycling of materials, emphasizing their properties and selection criteria for sustainability.

Comsol: Parallel plate capacitor

Focuses on modeling a parallel plate capacitor using Comsol, emphasizing clear project ideas and group collaboration.

Industrial Applications of Computer Modelling

Delves into computer modelling for industrial applications, emphasizing surfactant science and its practical deployment.

Fracture and Toughness of Materials

Covers stress intensity, fracture, and toughness of materials, including the behavior of ductile and brittle materials.

Flexible Probes: Mechanics and Design

Explores critical strain, bending mechanics, and strain calculation in flexible probes.

Fatigue: Material Response to Repeated Stress

Explores how materials respond to repeated stress cycles, leading to potential rupture and the distinction between high-cycle and low-cycle fatigue.

Materials: Introduction and Classification

Covers the classification of materials, material choices, properties, and selection criteria.

Instructional Design Document: Key Elements

Focuses on the key elements of an Instructional Design Document, covering scope, delivery, objectives, materials, stakeholders, and outline.

Fracture and Toughness of Materials

Explores fracture, toughness, and crack propagation in materials, emphasizing surface energy and material resistance.

Materials Selection: Properties and Applications

Explores the selection of materials based on properties, covering quantum mechanics, mechanical properties, and material behavior under various conditions.

Autonomously Moving and Assembling Soft Matter Systems Log in to Mediaspace to watch this video

Explores autonomously moving and assembling soft matter systems, focusing on hydrogel actuators, latch-mediated spring actuation, and self-spinning filament bundles.

Laser Ablation: Excimer Lasers Log in to Mediaspace to watch this video

Explores laser ablation using excimer lasers, covering principles, applications, and ultrafast techniques.

Anisotropic Elasticity: Examples Log in to Mediaspace to watch this video

Covers anisotropic elasticity with examples of materials having varying properties in different directions.

Mechanical Behavior of Materials: Deformation & Fatigue Log in to Mediaspace to watch this video

Explores deformation mechanisms, cyclic loading, and fatigue phenomena in materials.