Rashtrasant Tukadoji Maharaj Nagpur University, Maharashtra, Mechanical Engineering Semester 4, Material Science & Engineering Syllabus

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Unit - 1 Introduction To Materials
Unit 1
Introduction to materials
1.1 Introduction to materials
1.2 Classification of materials
1.3 Properties and applications of materials
1.4 Crystalline nature of metals
1.5 Specially microscopic and macroscopic examinations of metals
1.6 Alloys and solid solutions
1.7 Types and their formations
1.8 Modified Gibbs’s phase rule
1.9 Lever rule for phase mixtures and their application in system
1.10 Study of equilibrium diagrams and invariant reactions
1.11 IronIron carbide equilibrium diagram
1.12 Critical temperatures
1.13 Microstructure of slowly cooled steels
1.14 Estimation of carbon from microstructures
1.15 Structure property relationship
Unit 1
Introduction to materials
1.1 Introduction to materials
1.2 Classification of materials
1.3 Properties and applications of materials
1.4 Crystalline nature of metals
1.5 Specially microscopic and macroscopic examinations of metals
1.6 Alloys and solid solutions
1.7 Types and their formations
1.8 Modified Gibbs’s phase rule
Unit 1
Introduction to materials
1.1 Introduction to materials
1.2 Classification of materials
1.3 Properties and applications of materials
1.4 Crystalline nature of metals
1.5 Specially microscopic and macroscopic examinations of metals
1.6 Alloys and solid solutions
1.7 Types and their formations
1.8 Modified Gibbs’s phase rule
1.9 Lever rule for phase mixtures and their application in system
1.10 Study of equilibrium diagrams and invariant reactions
1.11 IronIron carbide equilibrium diagram
1.12 Critical temperatures
1.13 Microstructure of slowly cooled steels
1.14 Estimation of carbon from microstructures
1.15 Structure property relationship
Unit 1
Introduction to materials
1.1 Introduction to materials
1.2 Classification of materials
1.3 Properties and applications of materials
1.4 Crystalline nature of metals
1.5 Specially microscopic and macroscopic examinations of metals
1.6 Alloys and solid solutions
1.7 Types and their formations
1.8 Modified Gibbs’s phase rule
1.9 Lever rule for phase mixtures and their application in system
1.10 Study of equilibrium diagrams and invariant reactions
1.11 IronIron carbide equilibrium diagram
1.12 Critical temperatures
1.13 Microstructure of slowly cooled steels
1.14 Estimation of carbon from microstructures
1.15 Structure property relationship
Unit - 3 Heat Treatment And Its Importance
Unit 3
Heat treatment and its importance
3.1 Heat treatment and its importance
3.2 Annealing
3.3 Normalizing
3.4 Hardening
3.5 Quench Cracks
3.6 Hardenability test
3.7 TTT diagram and its construction and related Heat Treatment Processes
3.8 Austempering
3.9 Martempering
3.10 Patenting
3.11 Retention of Austenite
3.12 Effects and elimination of retained austenite
3.13 Tempering
3.14 Case Surface hardening treatments such as Carburizing
3.15 Nitriding
3.16 Cyaniding
3.17 Carbonitriding
3.18 Flame and Induction hardening
Unit 3
Heat treatment and its importance
3.1 Heat treatment and its importance
3.2 Annealing
3.3 Normalizing
3.4 Hardening
3.5 Quench Cracks
3.6 Hardenability test
3.7 TTT diagram and its construction and related Heat Treatment Processes
3.8 Austempering
3.9 Martempering
3.10 Patenting
3.11 Retention of Austenite
3.12 Effects and elimination of retained austenite
3.13 Tempering
3.14 Case Surface hardening treatments such as Carburizing
3.15 Nitriding
3.16 Cyaniding
3.17 Carbonitriding
Unit 3
Heat treatment and its importance
3.1 Heat treatment and its importance
3.2 Annealing
3.3 Normalizing
3.4 Hardening
3.5 Quench Cracks
3.6 Hardenability test
3.7 TTT diagram and its construction and related Heat Treatment Processes
3.8 Austempering
3.9 Martempering
3.10 Patenting
3.11 Retention of Austenite
3.12 Effects and elimination of retained austenite
3.13 Tempering
3.14 Case Surface hardening treatments such as Carburizing
3.15 Nitriding
3.16 Cyaniding
3.17 Carbonitriding
3.18 Flame and Induction hardening
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