Lecture 1 Read Lec1-Introduction to Engineering Materials on Introduction to engineering materials and their applications.
Lecture 2 Read The lecture on Interatomic Bonding by H.K. Khaira. Lecture2- Interatomic Bonding .
Find Periodic Table here. Periodic Table 
Lecture 3 Read Lecture-3- Crystal Structure on structure of crystalline solids. Read Lecture3 Addendum- Atomic Packing Factor, Crystal Plane And Diffraction on Sample packing factor calculation. Also learn about Crystal point, direction, plane and Diffraction. Read class lecture Lecture3 Addendum-Miller indices and Crystal Diffraction- Class lecture. Read Additional lecture on Lec 3 Addendum-Miller Indices Miller Indices and Diffraction. End of the Lecture Participate on the practice problems.
Lecture 4 : This lecture will cover the physics behind the imperfections in solids, types of imperfections and effect of solid solutions in imperfections. Hume-Rothery rules determines the criteria for Solid solution. Grain boundary is another type of imperfections caused by abnormalities during crystallization and manufacturing process. Grain size determines the strength and thermal stability of solids. ASTM standard is a guideline for grain size determination.
Read Imperfections in Solids in Chapter 4-Imperfections in Solids.
Read Chapter4-Concept of Solid Solution for Solid Solution Determination using Hume-Ruthery Rules.
Lecture 5: Grain size estimation. Read Chapter 4-Grain size Calculation for ASTM Grain Size Calculation.
Read ASTM grain size determination process-
https://www.slideshare.net/jeetamrutiya1/astm-e-112-grain-size-measuring-methods-full-standard
Lecture 6: This lecture will elaborate the mechanical properties of Materials and its relationship with microstructural changes. Read Lecture Ch6-Mechanical Properties of Metals.
Lecture 7: This Lecture will cover strengthening mechanism of metals including cold and hot work Treatment. Read Lecture Ch7 -Mechanical Properties and strengthening of Metals.
Lecture 8: This lecture will cover fracture surface analysis of ductile and brittle materials, Fracture toughness and modes of fracture. Read Lec8-Fracture Analysis and Fractutre Toughness.
Lecture 9: Phase Analysis of Metals with focus on Fe-C Phase diagram. Read Part1 Lec9-Phase Diagram in Metal and Metal Alloys and Part 2 Lec9- Part2-Phase Diagram
Lecture 10: This lecture will cover introduction to composite Materials. Read Lec-10 -Introduction to Composite Materials.
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