Advanced Composite Manufacturing: Trends and Challenges

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Related lectures (32)

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Transfer Coefficient in Material Flow Analysis

Covers the concept of transfer coefficient in Material Flow Analysis and its application in analyzing glass recycling.

Plastics Recycling & Sorting Technologies

Explores the challenges and methods of plastics recycling, including mechanical and chemical processes, energy recovery, and the impact on material properties.

Recycling of Materials – Introduction

By the instructor Yves Leterrier introduces the concept of recycling of materials and its global impact.

Renewable Materials: Chemical Recycling and Polymer Networks

Explores renewable materials, chemical recycling of plastics, and polymer networks with photoswitchable motifs for recyclable adaptive materials.

Deformation Mechanisms

Explores stress on deformation mechanisms, material compositions, microstructures, metal forming processes, and manufacturing methods.

Deformation: Clickers & Materials

Explores smartphone clickers, material evolution, and mechanical properties.

Compression Modeling and Composite Manufacturing

Explores compression modeling, fiber assembly, resin infusion, and composite manufacturing processes, including end-of-life considerations.

Composite Materials: Properties, Implementation, Design

Explores composite materials properties, implementation, and design, including selection, mechanics, and recycling.

Recycling Case Study

Delves into recycling boundaries, life cycle inventory, and approaches to recycling materials.

Random Field Ising Model: Overview and Analysis

Provides an in-depth analysis of the Random Field Ising Model, covering model description, free entropy, and mean field algorithm.