Strength of Materials refers to the maximum internal resistance a material offers against an external load. When a load is applied, it attempts to deform the body, leading to the development of stress and strain. This subject focuses on analyzing stress and strain under various loading conditions. It is also known as Mechanics of Solids… Continue reading Strength of Materials-I
Engineering Materials and Metallurgy covers the basics of Crystal Structure, Ferrous and Non Ferrous Materials, Semiconductors and Alloys, along with their Properties and Testing. It also covers different Heat Treatment Processes, Phase Transformation Curves and related terms in detail.
Mathematics-III explores Fourier Series and Laplace Transformations, along with Partial Differential Equations and their applications. The course also covers Functions of Complex Variables and Fundamental Transformations. Additionally, it provides an in-depth understanding of key Statistical and Numerical Techniques.
