Chapter-1 - Chemical Bonding
Chapter-2 - Crystal Structures
Chapter-3 - Cubic Directions
Chapter-4 - Cubic Planes
Chapter-5 - Crystal Symmetries
Chapter-6 - Linear, Planar density & Surface Energy
Chapter-7 - Volume density
Chapter-8 - Voids in Cubic & Non-Cubic crystals
Chapter-9 - Diffusion
Chapter-10 - Solid Solutions & Cooling Curves
Chapter-11 - Phase Diagrams
Chapter-12 - Phase Transformations
Chapter-13 - Heat Treatment
Chapter-14 - Solidification
Chapter-15 - Cast Iron & Al alloys
Chapter-16 - Materials Characterization
Chapter-17 - Industrially important Materials
Chapter-18 - Electrical & Optical Properties
Chapter-19 - Magnetic & Semiconductors
Chapter-20 - Grain Growth
Chapter-01 Stress-Strain
Chapter-02 Stress-Strain at point
Chapter-03 Stress-Strain in 3D-2D
Chapter-04 Plane-Stress-Strain Condition
Chapter-05 Elastic Deformation
Chapter-06 Plastic Deformation
Chapter-07 Material Defects
Chapter-08_Dislocation Theory
Chapter-09_Mechanical Behavior of Materials
Chapter-10_Strengthening Mechanisms
Chapter-11_Fracture Mechanics
Chapter-12_Creep and Stress Rupture
Chapter-13_Fatigue Mechanisms
Chapter-14_Tension & Compression Testing
Chapter-15_Hardness Testing
Chapter-16_Torsion Testing
Chapter-17_Impact Testing
Ch-1 - Basics of Thermodynamics
Ch-2 - Laws of Thermodynamics
Ch-3 - Thermodynamics Potentials & Relations
Ch-4 - Chemical Equilibrium
Ch-5 - Phase Equilibrium
Ch-6 - Ellingham Diagram
Ch-7 - Solution Thermodynamics
Ch-8 - Thermodynamics of Phase Diagram
Ch-9 - Chemical Kinetics
Ch-10 - Electrochemical Processes
Ch-1 - Pig Iron in Blast Furnace
Ch-2 - Oxidation Zones in Blast Furnace
Ch-3 - Counter Flow of a Charge and Gas in Blast Furnace
Ch-4 - Heat Exchange in Blast Furnace
Ch-5- Reduction of Iron Oxides in Blast Furnace
Ch-6 - Reduction of Iron Oxides by Carbon
Ch-7 -Reduction of Iron Oxides by Hydrogen
Ch-8 - Effect of Share of Direct Reduction on the Specfic Consumption of Coke
Ch-9 - Reduction of Other Elements in Blast Furnace
Ch-10 - Blast Furnace Slag
Ch-11 - Desulphurization in Blast Furnace
Ch-12 - Types of Pig Irons
Ch-13 - Description of Steel
Ch-14 - Theoretical Fundamentals of SteelMaking
Ch-15 - Refractories
Ch-16 - Fundamentals of Steelmaking Technology in Oxygen Converters
Ch-17 - Fundamentals of Steelmaking Technology in Tandem Furnaces
Ch-18 - Fundamentals of Steelmaking Technology in Electric Arc Furnaces
Ch-19 -Deoxidation of the Steel and Alloying
Ch-20- Secondary Metallurgy of Steel
Ch-21 - Steel Casting
Ch-22 - Introduction to Non-Ferrous Metal Extraction
Mineral Processing
Iron Making
Blast Furnace Operations & Improvements
Chemical reactions in Blast furnace
Alternate Routes of Iron Making
Steelmaking
Secondary Steel Making
Converter Steel
Ch-1 - Metal Casting
Ch-2 - Powder Metallurgy
Ch-3 - Metal Joining
Ch-4 - Classification of Forming Processes
Ch-5 - Forging
Ch-6 - Rolling of Metals
Ch-7 - Extrusion
Ch-8 - Wire Drawing
Ch-9 - Sheet Metal Forming
Ch-10 - Non-Destructive Testing
Ch-1 - Linear Algebra
Ch-2 - Calculus
Ch-3 - Vector Calculus
Ch-4 - Differential Equations
Ch-5 -Numerical Methods
Ch-6 - Probability and Statistics
1. Percentage
2. Ratio, Mixture & Profit
3. Logarithms
4. Data Interpretation
5. Mensuration
6. Series
7. Time & Work
8. Time, Speed & Distance
9. Analytical Aptitude
10. Reasoning
11. Miscellaneous