EXECUTIVE B.TECH PROGRAMME

This document provides a comprehensive overview of the course on Physical Metallurgy, aimed at equipping students with a systematic introduction to the subject. The objective is to facilitate a critical understanding of the roles that various structural concepts play in the properties of materials, focusing on crucial aspects such as crystal structures, solidification processes, and phase diagrams. The methodology implemented in this course covers key topics including diffusion, liquid to solid transformations, and the behavior of ferrous and non-ferrous materials, emphasizing their relevance to contemporary engineering applications. The educational framework is designed to cultivate students' abilities to critically analyze the interplay between microstructure, processing techniques, and the resulting mechanical properties in metals. Through completion of the course, students are expected to demonstrate thorough comprehension of both the theoretical and practical dimensions of physical metallurgy, thereby addressing current challenges in the field. This systematic approach ensures that learners develop the necessary skills to engage effectively in the design and utilization of structural alloys in engineering contexts.