Basics of Materials Engineering

#1 Introduction | Basics of Materials Engineering
#2 Material Property Landscape | Basics of Materials Engineering
#3 Crystal Structure | Platonic Solids | Part 1 | Basics of Materials Engineering
#4 Crystal Structure | Unit Cell, Lattice, Crystal | Part 2 | Basics of Materials Engineering
#5 Crystal Structure | Bravais lattice | Part 3 | Symmetry in Crystals
#6 Crystal Structure | Miller Indices for Crystallographic Points & Directions | Part 4
#7 Crystal Structure | Miller Bravais Indices | Linear & Planar Density | Part 5
#8 Crystal Structure | Planar density | Close Packed Structures | Stacking Faults | Part 6
#9 Crystal Structure |Single Crystal & Polycrystalline Materials | Part 7
#10 Crystal Structure | X Ray Diffraction & Determination of Structure | Part 8
#11 Defects in Crystalline Materials | Types of Crystalline Defects | Part 1
#12 Defects in Crystalline Materials | Point Defects | Part 1
#13 Defects in Crystalline Materials | Equilibrium Concentration of Vacancies | Part 1
#14 Defects in Crystalline Materials | Theoretical Shear Strength | Part 1
#15 Defects in Crystalline Materials Effect of Point Defects | Part 2
#16 Defects in Crystalline Materials | Point Defects & Solid Solutions | Part 2
#17 Defects in Crystalline Materials | Part 3 | Basics of Materials Engineering
#18 Defects in Crystalline Materials | Slip Systems | Burger's Vector & Dislocation Motion | Part 4
#19 Defects in Crystalline Materials | Slip in Single Crystals & Resolved Shear Stress | Part 4
#20 Defects in Crystalline Materials | Different Stages of Slip in Single Crystal Materials | Part 5
#21 Defects in Crystalline Materials | Part 5 | Basics of Materials Engineering
#22 Defects in Crystalline Materials | Twinning, Interfacial Defects & Volume Defects | Part 6
#23 Defects in Crystalline Materials | Strengthening Mechanisms | Part 6
#24 Defects in Crystalline Materials | Part 7 | Basics of Materials Engineering
#25 Mechanical Properties of Materials | Concept of Stress Tensor | Basics of Materials Engineering
#26 Tension Test | Elastic Deformation | Basics of Materials Engineering
#27 Tension Test | Plastic Deformation | Part 1
#28 Tension Test | Plastic Deformation | Part 2
#29 Mechanical Properties | Hardness Test | Basics of Materials Engineering
#30 Static Failure Theories | Introduction, Definition of Failure | Part 1
#31 Static Failure Theories | General form of Failure Theory,Stress Tensor,Principal Stress | Part 2
#32 Static Failure Theories | Distortion Energy Theory | Basics of Materials Engineering | Part 3
#33 Static Failure Theories | Maximum Shear Stress Theory | Basics of Materials Engineering | Part 4
#34 Static Failure Theories | Design Problems | Part 5 | Basics of Materials Engineering
#35 Static Failure Theories | Failure of Brittle Materials | Part 6 |Basics of Materials Engineering
#36 Static Failure Theories | Coulomb Mohr & Modified Coulomb Mohr | Part 7
#37 Static Failure Theories | Notches & Stress Concentration | Part 8
#38 Introduction to Fracture Mechanics, Griffith's Analysis of a Cracked Body
#39 Fracture Mechanics | Energy Release Rate | Basics of Materials Engineering
#40 Fracture Mechanics Crack Resistance, Stress Intensity Factor, Fracture Toughness
#41 Fatigue Failure of Materials | Introduction | Historical Events | S N Diagram
#42 Fatigue Failure of Materials | S N Diagram | Types of Time Varying Loads
#43 Fatigue Failure of Materials | High Cycle Fatigue,Low Cycle Fatigue,Stress Ratio,Amplitude Ratio
#44 Fatigue Failure of Materials | Rotating Beam Bending Test | Estimated S N diagram
#45 Fatigue Failure Theories | Fatigue strength Correction Factors | Basics of Materials Engineering
#46 Problems on Fatigue Failure | S N Diagram | Corrected Endurance Strength | Part 1
#47 Fatigue Failure of Materials | Features of Fatigue Failure | Factor of Safety in Life & Stress
#48 Fatigue Failure of Materials | Effect of Mean Stress | Basics of Materials Engineering
#49 Fatigue Failure of Materials | Multiaxial Fatigue & Variable Amplitude Loading
#50 Fatigue Failure of Materials | Fatigue Stress Concentration Factor
#51 Fatigue Failure of Materials | Fatigue Crack Growth | Paris' law
#52 Problems on Fatigue Failure 2 | Effect of Mean Stress | Fatigue Crack Growth
#53 Problems on Fatigue Failure 3 | Effect of Notch | Multiaxial Loading
#54 Phase Diagrams | Introduction | Basics of Materials Engineering
#55 Phase Diagrams | Language of Phase Diagrams | Types of Binary Phase Alloys
#56 Phase Diagrams | Part 1 | Basics of Materials Engineering
#57 Phase Diagrams | Part 2 | Basics of Materials Engineering
#58 Phase Diagrams | Congruent Melting Alloys | Type II Alloys | Eutectic Reaction
#59 Phase Diagrams | Type III Alloys with Partial Solubility in Solid State
#60 Phase Diagrams | Congruent Melting Alloys | Peritectic Reaction | Monotectic Reaction
#61 Phase Diagrams | Allotropy, Eutectoid & Peritectoid Reactions | Basics of Materials Engineering
#62 Phase Diagrams | Iron Iron Carbide Phase Diagram | Basics of Materials Engineering
#63 Kinetics of Phase Transformations | Homogeneous Nucleation | Basics of Materials Engineering
#64 Kinetics of Phase Transformations | Homogeneous Nucleation | Basics of Materials Engineering
#65 Isothermal Transformation Diagram | Basics of Materials Engineering
#66 Martensite Transformation | C C T Diagram | Basics of Materials Engineering
#67 Heat Treatment of Steels | Annealing & Normalizing | Basics of Materials Engineering