What are advanced materials, and are they safe? In this second video in the Risk Bites series on advanced materials, we look at the emergence of increasingly advanced materials over the 20th century, and the development of multi-scale materials design and engineering, from the nanoscale to the macro
What are advanced materials, and are they safe? In this third video in the Risk Bites series on advanced materials, we provide a brief introduction to the emerging field of advanced materials, and designer materials more broadly. Risk Bites was created by Andrew Maynard. This week's video was pr
Do advanced materials come with advanced health risks? In this fourth episode in the Risk Bites series on advanced materials, we look at why materials developers and researchers are interested in asking "are advanced materials safe?" Risk Bites was created by Andrew Maynard. This week's video w
What make advanced materials potentially harmful? In part 5 of this Risk Bites series on advanced materials, we explore what characteristics of materials affect their safety, and increase their potential risks to human health. Risk Bites was created by Andrew Maynard. This week's video was prod
Risk Bites was created by Andrew Maynard. This week's video was produced by Andrew Maynard and David Faulkner Risk Bites is supported by the ASU Risk Innovation Lab Click here to see more videos: https://alugha.com/RiskBites
What are advanced materials, and are they safe? In this series of seven videos, Risk Bites takes you through the emergence of increasingly advanced materials over the 20th century and the incredible opportunities that these materials and the associated science and technology open up. We'll also be
In the screencast, the mechanism of electrophilic addition is explained using the example of the reaction ethylene with bromine. This screencast is essentially used to follow up on the content worked on in class. Original: "Wolfgang Dukorn" Original: German. All translations in this video have bee
In the screencast, the mechanism of radical substitution is explained using the example of the reaction ethane with bromine. This screencast is essentially used to follow up on the content worked on in class. Original: "Wolfgang Dukorn" Original: German. All translations in this video have been do
Click here to see more videos: https://alugha.com/CalvinRans Mrs. Hannah Hypothesis examines the the variability of material properties with direction within a material. This video series began as a segment in the MOOC called Introduction to Aerospace Structures and Materials offered by the Facul
For more Science Videos: https://lt.org/ * On an atomic scale, the area of a material in which different crystalline structures come together is known as a grain boundary. In this video, LIAM HUBER investigates the behavior of alloying elements at grain boundaries. * Identifying impracticalities i
For more Science Videos: https://lt.org/ * Lasers typically produce a Gaussian beam where intensity is greatest in the center and tails off at the edges. In this video, ULRIKE FUCHS explains how a laser beam profile can be transformed into something more effective for material processing. * Drawing
The video is part of a larger MOOC called Introduction to Aerospace Structures and Materials offered by the Faculty of Aerospace Engineering at TUDelft. The course is available on the edX platform (https://online-learning.tudelft.nl/courses/introduction-to-aerospace-structures-and-materials/).
