Shape and Property Control of Metals I & II

This module introduces the shaping and property control of metals, providing a foundational understanding of the course's overarching concepts. It also offers a specialized overview to set the stage for the subsequent modules.

Module 1 delves into the intricate world of diffusion and its mechanisms, spanning various aspects such as temperature dependence, single-phase alloys, and the impact of the environment on mechanical properties. Learners gain insight into the complexities of diffusion and its crucial role in materials science.

Module 2 further explores diffusion mechanisms, focusing on interstitial and substitutional diffusion, and offers an in-depth understanding of various diffusion processes. The module concludes with a quiz to reinforce learning and understanding of these intricate mechanisms.

Module 3 delves into the role of dislocation in shaping and controlling the properties of materials. It provides comprehensive insights into the impact of dislocation on mechanical properties, particularly in the context of deformation and strengthening of materials.

The final module explores the various strengthening mechanisms that play a pivotal role in enhancing the properties of materials. Learners gain an understanding of the factors that contribute to material strength and the mechanisms used to control and enhance it.