Steel Making can be divided into three parts: Primary Steel Making, Secondary steel-making, and Casting or rolling. The secondary steel-making Process is the process where final refining and finishing treatment is done after primary steel-making to achieve the required quality of Steel. With increasing quality requirements of steel, the role of secondary steel-making in steel-making is getting more important. The eLearning module on Secondary steel-making helps in learning the finer elements of this subject including an overview of the processes involved and operating principles. This module is suitable for those who are working in steel plants and their supply chain, and who want to understand the process of Steel manufacturing.

Refractory is the backbone of the Steel Industry. A complete understanding of refractory application and maintenance will enable us to appreciate its role in determining productivity and product quality in any metal industry. The eLearning course on “Refractories and Heating” will help acquire knowledge in the areas like Basics of refractory material, Types of refractories, Monolithic application, Properties and testing of refractories, and application of refractory in the steel industry. This eLearning course is equally valuable for professionals working in the steel industry and for students pursuing his/her career in the Ceramic & Metallurgical disciplines.

Metallurgy is a domain of materials engineering, in which you learn the physical and chemical demeanour of metallic elements and alloys. It is the science that examines why metals function the way they do and demonstrate the properties, behaviour, and internal structure of metals. The metallurgy domain also characterizes the treatment and processes that allow us to tailor a metal’s properties to a specific application. If you are a materials engineering aspirant or a professional, the study of basic metallurgy will help you to develop skills & knowledge which are required to design and operate processes that transform raw materials into useful engineering products intended to improve the quality of human lives. This module therefore ideal for both students and professionals who want to learn or reacquaint themselves with the nature of metals and metallurgical phenomena.

Learn how the changes in the grain size affect the mechanical properties.

Learn about the strengthening by addition and the atomic arrangements in metals.

This course focuses on the relationship between Dislocation Strengthening and Parameters of Mechanical Properties.

An introduction to Particle Strengthening from the point of view of crystal structure together with the Orowan equation. At the end, an empirical approach will be shown to compare it to the Orowan equation.

The ways in which strengthening mechanisms contribute to the yield strength of a given steel, and how they can be used to create required combinations of strength and toughness of steels for a variety of structural applications will be examined.