Industrial Tribology 1q274o
This document was ed by and they confirmed that they have the permission to share it. If you are author or own the copyright of this book, please report to us by using this report form. Report 2z6p3t
Overview 5o1f4z
& View Industrial Tribology as PDF for free.
More details 6z3438
- Words: 2,909
- Pages: 10
Lovely Professional University, Punjab Course Code
Course Title
Course Planner
Lectures
MEC533
INDUSTRIAL TRIBOLOGY
17669::M. Sreedhar
Course Category
Research based courses
Tutorials Practicals Credits
2.0
TextBooks Sr No
Title
Author
Edition
Year
Publisher Name
T-1
Engineering Tribology
Prasanta Sahoo
5th
2013
PHI (Pretice Hall India)
Reference Books Sr No
Title
Author
Edition
Year
Publisher Name
R-1
Friction and Wear of Engineering Material
I.M. Hutchings
1st
1992
Edward Arnold Ltd
R-2
Tribology in Machine Design
T.A. Stolarski
2nd
1991
Industrial Press
R-3
Engineering Tribology
Gwidon W. Stachowiak and Andrew W. Batchelor
3rd
2013
Elsevier
R-4
Bearing Design in Machinery: Engineering Tribology and Lubrication
Avraham Harnoy
4th
2005
Marcel Dekker, NewYork.
Relevant Websites Sr No
(Web address) (only if relevant to the course)
Salient Features
RW-1
NPTEL web lectures on Tribology by Professor Harish Irani
Find Practicle examples
RW-2
http://nptel.iitm.ac.in/courses/IIT-MADRAS/Machine_Design_II/index.php
Details of design of Journal bearings-Module5
RW-3
www.tribology-abc.com/abc/engine.htm
Automobile tribology
Audio Visual Aids Sr No
(AV aids) (only if relevant to the course)
Salient Features
AV-1
NPTEL video lectures on Tribology by Professor Harish Irani IIT Delhi
Good Practicle Examples
LTP week distribution: (LTP Weeks)
Detailed Plan For Lectures
Weeks before MTE
7
Weeks After MTE
7
Spill Over
2
0.0
0.0
2.0
Week Number
Lecture Number
Broad Topic(Sub Topic)
Week 1
Lecture 1
Surfaces and Friction(Cost of Friction and Wear)
R-3:1
AV-1
Introduction to Tribological concepts based on applications and Topography of surfaces
To acquire the Figures regarding knowledge of basics of different surfaces Tribology and Topography of surfaces
Surfaces and Friction(Fundamental aspects of Tribology)
R-3:1
AV-1
Introduction to Tribological concepts based on applications and Topography of surfaces
To acquire the Figures regarding knowledge of basics of different surfaces Tribology and Topography of surfaces
Surfaces and Friction(Topography of Surfaces)
T-1:2.1
Introduction to Tribological concepts based on applications and Topography of surfaces
To acquire the Figures regarding knowledge of basics of different surfaces Tribology and Topography of surfaces
Surfaces and Friction( Between Different Surfaces)
T-1:3.1
Introduction to Tribological concepts based on applications and Topography of surfaces
To acquire the Figures regarding knowledge of basics of different surfaces Tribology and Topography of surfaces
Surfaces and Friction( between surfaces)
T-1:3.4
Different methods of measuring surface roughness and Analysis of rough surface with identical and varying height Asperities.
To get the knowledge Figures of different of different equipments equipments used for used for measuring measuring the surfaces surfaces and find real area of for identical and varying height Asperities
Surfaces and Friction( of Rough Surfaces)
T-1:3.4
Different methods of measuring surface roughness and Analysis of rough surface with identical and varying height Asperities.
To get the knowledge Figures of different of different equipments equipments used for used for measuring measuring the surfaces surfaces and find real area of for identical and varying height Asperities
Surfaces and Friction(Surface Roughness Measurements)
T-1:2.2
Different methods of measuring surface roughness and Analysis of rough surface with identical and varying height Asperities.
To get the knowledge Figures of different of different equipments equipments used for used for measuring measuring the surfaces surfaces and find real area of for identical and varying height Asperities
Lecture 2
Chapters/Sections of Text/reference books
Other Readings, Lecture Description Relevant Websites, Audio Visual Aids, software and Virtual Labs
Learning Outcomes
Pedagogical Tool Demonstration/ Case Study / Images / animation / ppt etc. Planned
Week 2
Lecture 3
Lecture 4
Surfaces and Friction(Types of Friction)
T-1:5.1
Friction and different theories
To get the knowledge of Friction
Figures to describe different equipment used for measuring Friction and videos of how these equipment work
Surfaces and Friction(Laws of Friction)
T-1:5.1
Friction and different theories
To get the knowledge of Friction
Figures to describe different equipment used for measuring Friction and videos of how these equipment work
Surfaces and Friction(Theories of Friction)
T-1:5.4
Friction and different theories
To get the knowledge of Friction
Figures to describe different equipment used for measuring Friction and videos of how these equipment work
Surfaces and Friction (Measurement of Friction)
T-1:5.2
Friction and different theories
To get the knowledge of Friction
Figures to describe different equipment used for measuring Friction and videos of how these equipment work
Surfaces and Friction(Energy dissipation mechanisms)
T-1:5.6 and 5.7
RW-1
Friction of metals and Non-metals
To acquire the knowledge of behavior of metals and Nonmetals subjected to friction
Figures describing the material behavior for friction vs Load, sliding speed etc..
Surfaces and Friction(Friction Characteristics of Metals)
T-1:5.6
RW-1
Friction of metals and Non-metals
To acquire the knowledge of behavior of metals and Nonmetals subjected to friction
Figures describing the material behavior for friction vs Load, sliding speed etc..
T-1:5.7.1 and 5.7.2
RW-1
Friction of metals and Non-metals
To acquire the knowledge of behavior of metals and Nonmetals subjected to friction
Figures describing the material behavior for friction vs Load, sliding speed etc..
Wear(Wear Measurements)
T-1:6.10
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Introduction)
T-1:6.1
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Surfaces and Friction(Friction of Non-Metallic Materials)
Week 3
Lecture 5
Week 3
Lecture 5
Wear(Fatigue and Fretting Wear)
T-1:6.6 and 6.7.1
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.5
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.7.2
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.8
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.3 6.4
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Different Wear Mechanisms)
T-1: 6.2
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Different Wear Mechanisms)
T-1: 6.2
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.3 6.4
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.8
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.7.2
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.5
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.6 and 6.7.1
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Corrosive Wear and Oxidative Wear)
Wear(Erosive Wear and Cavitation Wear)
Wear(Delamination Theory of Wear)
Wear(Adhesive Wear and Abrasive Wear)
Lecture 6
Wear(Adhesive Wear and Abrasive Wear)
Wear(Delamination Theory of Wear)
Wear(Erosive Wear and Cavitation Wear)
Wear(Corrosive Wear and Oxidative Wear)
Wear(Fatigue and Fretting Wear)
Week 3
Week 4
Lecture 6
Lecture 7
Lecture 8
Week 5
Lecture 10
Lecture 9
Week 6
Wear(Introduction)
T-1:6.1
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Wear Measurements)
T-1:6.10
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Wear of Ceramics and Polymers)
T-1:6.12 & 6.13
Wear testing methods and wear of metals and non-metals
To get the knowledge Figures of wear testing of how wear debris are methods and wear of analyzed and wear of different materials different materials
Wear(Wear Testing Methods and Analysis of Wear Debris)
T-1:6.9 & 6.10
Wear testing methods and wear of metals and non-metals
To get the knowledge Figures of wear testing of how wear debris are methods and wear of analyzed and wear of different materials different materials
Wear(Wear of Metals and NonMetals)
T-1:6.11
Wear testing methods and wear of metals and non-metals
To get the knowledge Figures of wear testing of how wear debris are methods and wear of analyzed and wear of different materials different materials
Lubrication Theory(Classification of Lubricants)
R-3:3.1
RW-1
Different lubricants and lubrication systems
To acquire the Videos of different knowledge of different lubricants lubricants and its composition
Lubrication Theory(Different Lubrication Systems)
R-3:3.1
RW-1
Different lubricants and lubrication systems
To acquire the Videos of different knowledge of different lubricants lubricants and its composition
Lubrication Theory(Thermal Properties of Lubricants)
R-3:2.11 2.12
Thermal Properties, Thermal Characteristics and optical properties
To get the knowledge about thermal properties and optical properties
Figures related to these properties
Lubrication Theory(Optical Properties of Lubricants)
R-3:2.14
Thermal Properties, Thermal Characteristics and optical properties
To get the knowledge about thermal properties and optical properties
Figures related to these properties
Lubrication Theory(Lubricants Composition)
R-3:2.11 2.12 2.14
Thermal Properties, Thermal Characteristics and optical properties
To get the knowledge about thermal properties and optical properties
Figures related to these properties
Lubrication Theory(Physical Properties of Lubricants)
R-3:2.2 2.3 2.4 2.5 2.6 2.10
Physical Properties of Lubricants
To get the knowledge Figures and Graphs about physical regarding the behavior properties of lubricants of lubricant with corresponding property
Lecture 11 Lecture 12
Test1 Lubrication Theory(Basic Equations for Fluid Film Lubrication)
T-1:11.2 11.3 11.4 11.5
Navier Strokes equation, Lear the basic equations Figures Reynolds equation and that describe the fluid dimensionless numbers film lubrication
Week 7
Lecture 13
Lubrication Theory(Basic Equations for Fluid Film Lubrication)
T-1:11.2 11.3 11.4 11.5
Navier Strokes equation, Lear the basic equations Figures Reynolds equation and that describe the fluid dimensionless numbers film lubrication
Lecture 14
Lubrication Theory(Basic Equations for Fluid Film Lubrication)
T-1:11.2 11.3 11.4 11.5
Navier Strokes equation, Lear the basic equations Figures Reynolds equation and that describe the fluid dimensionless numbers film lubrication
MID-TERM Week 8
Lecture 15
Lecture 16
Sliding Bearings(Hydrodynamic Journal Bearings Introduction)
T-1:13.1
RW-2
Working of hydrodynamic bearings and derivation of Reynold's equation
Students will learn the working of Hydrodynamic bearings.
Animation of working of Hydrodynamic bearings
Sliding Bearings(Reynolds Equation for Film Lubrication)
R-3:4.2
RW-2
Working of hydrodynamic bearings and derivation of Reynold's equation
Students will learn the working of Hydrodynamic bearings.
Animation of working of Hydrodynamic bearings
Sliding Bearings(Petroff’s Equation and Bearing Characteristic Number for Hydrodynamic Bearings)
RW-2
Pressure distribution, Petroff's equation and Stribeck curve
Students will get the Figures related to knowledge of how Stribeck Curve pressure is distributed when hydrodynamic bearings and the significance of petroff's equation and Stribeck curve
Sliding Bearings(Stribeck Curve)
RW-2
Pressure distribution, Petroff's equation and Stribeck curve
Students will get the Figures related to knowledge of how Stribeck Curve pressure is distributed when hydrodynamic bearings and the significance of petroff's equation and Stribeck curve
T-1:13.2.1
RW-2
Pressure distribution, Petroff's equation and Stribeck curve
Students will get the Figures related to knowledge of how Stribeck Curve pressure is distributed when hydrodynamic bearings and the significance of petroff's equation and Stribeck curve
T-1:13.2
RW-2
Pressure distribution, Petroff's equation and Stribeck curve
Students will get the Figures related to knowledge of how Stribeck Curve pressure is distributed when hydrodynamic bearings and the significance of petroff's equation and Stribeck curve
Sliding Bearings(Pressure Distribution for Hydrodynamic Bearings)
Sliding Bearings(Eccentricity and Minimum Film Thickness for Hydrodynamic Bearings)
Week 9
Lecture 17
Sliding Bearings(Heat Generation and Thermal Equilibrium)
T-1:13.5
RW-2
Heat generation and Thermal Equilibrium of hydrodynamic bearings and use of RaimondiBoyd charts
Students will Learn to design Hydrodynamic bearings.
Figures related to design of Hydrodynamic bearings
Sliding Bearings(Use of Bearing Design Charts for Hydrodynamic Bearings)
T-1:13.4
RW-2
Heat generation and Thermal Equilibrium of hydrodynamic bearings and use of RaimondiBoyd charts
Students will Learn to design Hydrodynamic bearings.
Figures related to design of Hydrodynamic bearings
Lecture 18 Week 10
Lecture 19
Lecture 20
Week 11
Test2 Sliding Bearings(Hydrostatic Bearings- Introduction)
T-1:15
Hydrostatic bearings and To acquire the types knowledge of hydrostatic bearings and its types
Figures and animation regarding working of Hydrostatic bearings
Sliding Bearings(Types of Hydrostatic Bearings)
T-1:15
Hydrostatic bearings and To acquire the types knowledge of hydrostatic bearings and its types
Figures and animation regarding working of Hydrostatic bearings
Bearings(Introduction to Bearings)
T-1:18.1
bearings classification, Kinematics and Load capacity
Students will learn about different bearings and analyse the kinematics of bearings
Figures explaining different classifications of bearings
Bearings(Classification)
T-1:18.1
bearings classification, Kinematics and Load capacity
Students will learn about different bearings and analyse the kinematics of bearings
Figures explaining different classifications of bearings
Bearings(Geometry of Bearings)
T-1:18.2
bearings classification, Kinematics and Load capacity
Students will learn about different bearings and analyse the kinematics of bearings
Figures explaining different classifications of bearings
Bearings(Kinematics of Bearings)
T-1:18.3
bearings classification, Kinematics and Load capacity
Students will learn about different bearings and analyse the kinematics of bearings
Figures explaining different classifications of bearings
Lecture 21 Lecture 22
Test3 Bearings(Load Capacity)
T-1:18.4
Load capacity of Students will learn to bearings analyse different loads acting on bearings
Figures related to load carrying capacity of bearings
Bearings(Fatigue Life of Bearing)
T-1:18.5
Load capacity of Students will learn to bearings analyse different loads acting on bearings
Figures related to load carrying capacity of bearings
Week 11
Week 12
Week 13
Lecture 22
Lecture 23
T-1:18.4.1
Load capacity of Students will learn to bearings analyse different loads acting on bearings
Figures related to load carrying capacity of bearings
Bearings(Thrust Loads)
T-1:18.4.2
Load capacity of Students will learn to bearings analyse different loads acting on bearings
Figures related to load carrying capacity of bearings
Bearings(Selection of Bearing Materials)
R-4:11
Bearing materials
To acquire the knowledge of different materials used for the bearings
Bearings(Classification of Bearing Materials)
R-4:11
Bearing materials
To acquire the knowledge of different materials used for the bearings
Lecture 24
Surface Engineering and Future Directions of Tribology(Surface Modification and Surface Treatment Techniques)
T-1:8.1 8.4
Lecture 25
Surface Engineering and Future Directions of Tribology (Microstructural Treatments)
T-1:8.2
Micro structural treatment and Heat treatment process
Students will learn different surface treatment processes
Figures explaining different surface treatment techniques
Surface Engineering and Future Directions of Tribology(Heat Treatment Processes)
T-1:8.2
Micro structural treatment and Heat treatment process
Students will learn different surface treatment processes
Figures explaining different surface treatment techniques
Surface Engineering and Future Directions of Tribology (ElastoHydrodynamic Lubrication)
T-1:17
Elasto-Hydrodynamic Students will learn lubrication and advanced about advanced bearings bearings
Figures related to gas and composite bearings
Surface Engineering and Future Directions of Tribology(Gas Bearings)
T-1:16
Elasto-Hydrodynamic Students will learn lubrication and advanced about advanced bearings bearings
Figures related to gas and composite bearings
Surface Engineering and Future Directions of Tribology(Composite Bearings)
R-4:18
Elasto-Hydrodynamic Students will learn lubrication and advanced about advanced bearings bearings
Figures related to gas and composite bearings
Lecture 26
Week 14
Bearings(Radial Loads)
Lecture 27
Surface Engineering and Future Directions of Tribology (Environmental Implications of Tribology)
R-3:17.3
Surface Engineering and Future Directions of Tribology (Automobile Applications) Surface Engineering and Future Directions of Tribology(BioTribology and Biomedical Applications)
Surface Engineering and Students will learn the Surface treatment significance of surface techniques Engineering in today's industrial world
RW-3
R-3:17.2
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Week 14
Lecture 27
Surface Engineering and Future Directions of Tribology(NanoTribology)
R-3:17.4
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Lecture 28
Surface Engineering and Future Directions of Tribology(NanoTribology)
R-3:17.4
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Surface Engineering and Future Directions of Tribology(BioTribology and Biomedical Applications)
R-3:17.2
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Surface Engineering and Future Directions of Tribology (Automobile Applications)
RW-3
Surface Engineering and Future Directions of Tribology (Environmental Implications of Tribology)
R-3:17.3
SPILL OVER Week 15
Lecture 29
Spill Over
Lecture 30
Spill Over
Scheme for CA: Component
Frequency
Test
Out Of 2
Each Marks Total Marks 3
Total :-
30
60
30
60
Details of Academic Task(s) AT No.
Objective
Topic of the Academic Task
Test1
To assess the understanding of fundamentals of course
Surfaces and Friction, Wear and Lubrication Theory
Test2
To assess the Sliding Bearings understanding of Concepts of Sliding Bearings
Nature of Academic Task (group/individuals/field work
Evaluation Mode
Allottment / submission Week
Individual
Written
5/6
Individual
Written Test
8/9
Test3
To Prepare the Bearings, Surface Engineering and Future directions of students for Endterm Tribology
Individual
Written Test
10 / 11
Course Title
Course Planner
Lectures
MEC533
INDUSTRIAL TRIBOLOGY
17669::M. Sreedhar
Course Category
Research based courses
Tutorials Practicals Credits
2.0
TextBooks Sr No
Title
Author
Edition
Year
Publisher Name
T-1
Engineering Tribology
Prasanta Sahoo
5th
2013
PHI (Pretice Hall India)
Reference Books Sr No
Title
Author
Edition
Year
Publisher Name
R-1
Friction and Wear of Engineering Material
I.M. Hutchings
1st
1992
Edward Arnold Ltd
R-2
Tribology in Machine Design
T.A. Stolarski
2nd
1991
Industrial Press
R-3
Engineering Tribology
Gwidon W. Stachowiak and Andrew W. Batchelor
3rd
2013
Elsevier
R-4
Bearing Design in Machinery: Engineering Tribology and Lubrication
Avraham Harnoy
4th
2005
Marcel Dekker, NewYork.
Relevant Websites Sr No
(Web address) (only if relevant to the course)
Salient Features
RW-1
NPTEL web lectures on Tribology by Professor Harish Irani
Find Practicle examples
RW-2
http://nptel.iitm.ac.in/courses/IIT-MADRAS/Machine_Design_II/index.php
Details of design of Journal bearings-Module5
RW-3
www.tribology-abc.com/abc/engine.htm
Automobile tribology
Audio Visual Aids Sr No
(AV aids) (only if relevant to the course)
Salient Features
AV-1
NPTEL video lectures on Tribology by Professor Harish Irani IIT Delhi
Good Practicle Examples
LTP week distribution: (LTP Weeks)
Detailed Plan For Lectures
Weeks before MTE
7
Weeks After MTE
7
Spill Over
2
0.0
0.0
2.0
Week Number
Lecture Number
Broad Topic(Sub Topic)
Week 1
Lecture 1
Surfaces and Friction(Cost of Friction and Wear)
R-3:1
AV-1
Introduction to Tribological concepts based on applications and Topography of surfaces
To acquire the Figures regarding knowledge of basics of different surfaces Tribology and Topography of surfaces
Surfaces and Friction(Fundamental aspects of Tribology)
R-3:1
AV-1
Introduction to Tribological concepts based on applications and Topography of surfaces
To acquire the Figures regarding knowledge of basics of different surfaces Tribology and Topography of surfaces
Surfaces and Friction(Topography of Surfaces)
T-1:2.1
Introduction to Tribological concepts based on applications and Topography of surfaces
To acquire the Figures regarding knowledge of basics of different surfaces Tribology and Topography of surfaces
Surfaces and Friction( Between Different Surfaces)
T-1:3.1
Introduction to Tribological concepts based on applications and Topography of surfaces
To acquire the Figures regarding knowledge of basics of different surfaces Tribology and Topography of surfaces
Surfaces and Friction( between surfaces)
T-1:3.4
Different methods of measuring surface roughness and Analysis of rough surface with identical and varying height Asperities.
To get the knowledge Figures of different of different equipments equipments used for used for measuring measuring the surfaces surfaces and find real area of for identical and varying height Asperities
Surfaces and Friction( of Rough Surfaces)
T-1:3.4
Different methods of measuring surface roughness and Analysis of rough surface with identical and varying height Asperities.
To get the knowledge Figures of different of different equipments equipments used for used for measuring measuring the surfaces surfaces and find real area of for identical and varying height Asperities
Surfaces and Friction(Surface Roughness Measurements)
T-1:2.2
Different methods of measuring surface roughness and Analysis of rough surface with identical and varying height Asperities.
To get the knowledge Figures of different of different equipments equipments used for used for measuring measuring the surfaces surfaces and find real area of for identical and varying height Asperities
Lecture 2
Chapters/Sections of Text/reference books
Other Readings, Lecture Description Relevant Websites, Audio Visual Aids, software and Virtual Labs
Learning Outcomes
Pedagogical Tool Demonstration/ Case Study / Images / animation / ppt etc. Planned
Week 2
Lecture 3
Lecture 4
Surfaces and Friction(Types of Friction)
T-1:5.1
Friction and different theories
To get the knowledge of Friction
Figures to describe different equipment used for measuring Friction and videos of how these equipment work
Surfaces and Friction(Laws of Friction)
T-1:5.1
Friction and different theories
To get the knowledge of Friction
Figures to describe different equipment used for measuring Friction and videos of how these equipment work
Surfaces and Friction(Theories of Friction)
T-1:5.4
Friction and different theories
To get the knowledge of Friction
Figures to describe different equipment used for measuring Friction and videos of how these equipment work
Surfaces and Friction (Measurement of Friction)
T-1:5.2
Friction and different theories
To get the knowledge of Friction
Figures to describe different equipment used for measuring Friction and videos of how these equipment work
Surfaces and Friction(Energy dissipation mechanisms)
T-1:5.6 and 5.7
RW-1
Friction of metals and Non-metals
To acquire the knowledge of behavior of metals and Nonmetals subjected to friction
Figures describing the material behavior for friction vs Load, sliding speed etc..
Surfaces and Friction(Friction Characteristics of Metals)
T-1:5.6
RW-1
Friction of metals and Non-metals
To acquire the knowledge of behavior of metals and Nonmetals subjected to friction
Figures describing the material behavior for friction vs Load, sliding speed etc..
T-1:5.7.1 and 5.7.2
RW-1
Friction of metals and Non-metals
To acquire the knowledge of behavior of metals and Nonmetals subjected to friction
Figures describing the material behavior for friction vs Load, sliding speed etc..
Wear(Wear Measurements)
T-1:6.10
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Introduction)
T-1:6.1
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Surfaces and Friction(Friction of Non-Metallic Materials)
Week 3
Lecture 5
Week 3
Lecture 5
Wear(Fatigue and Fretting Wear)
T-1:6.6 and 6.7.1
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.5
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.7.2
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.8
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.3 6.4
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Different Wear Mechanisms)
T-1: 6.2
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Different Wear Mechanisms)
T-1: 6.2
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.3 6.4
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.8
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.7.2
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.5
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
T-1:6.6 and 6.7.1
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Corrosive Wear and Oxidative Wear)
Wear(Erosive Wear and Cavitation Wear)
Wear(Delamination Theory of Wear)
Wear(Adhesive Wear and Abrasive Wear)
Lecture 6
Wear(Adhesive Wear and Abrasive Wear)
Wear(Delamination Theory of Wear)
Wear(Erosive Wear and Cavitation Wear)
Wear(Corrosive Wear and Oxidative Wear)
Wear(Fatigue and Fretting Wear)
Week 3
Week 4
Lecture 6
Lecture 7
Lecture 8
Week 5
Lecture 10
Lecture 9
Week 6
Wear(Introduction)
T-1:6.1
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Wear Measurements)
T-1:6.10
AV-1
wear and wear mechanisms
To get to know about wear and wear mechanisms and measurement of wear
Figures and Animations regarding different wear mechanisms.
Wear(Wear of Ceramics and Polymers)
T-1:6.12 & 6.13
Wear testing methods and wear of metals and non-metals
To get the knowledge Figures of wear testing of how wear debris are methods and wear of analyzed and wear of different materials different materials
Wear(Wear Testing Methods and Analysis of Wear Debris)
T-1:6.9 & 6.10
Wear testing methods and wear of metals and non-metals
To get the knowledge Figures of wear testing of how wear debris are methods and wear of analyzed and wear of different materials different materials
Wear(Wear of Metals and NonMetals)
T-1:6.11
Wear testing methods and wear of metals and non-metals
To get the knowledge Figures of wear testing of how wear debris are methods and wear of analyzed and wear of different materials different materials
Lubrication Theory(Classification of Lubricants)
R-3:3.1
RW-1
Different lubricants and lubrication systems
To acquire the Videos of different knowledge of different lubricants lubricants and its composition
Lubrication Theory(Different Lubrication Systems)
R-3:3.1
RW-1
Different lubricants and lubrication systems
To acquire the Videos of different knowledge of different lubricants lubricants and its composition
Lubrication Theory(Thermal Properties of Lubricants)
R-3:2.11 2.12
Thermal Properties, Thermal Characteristics and optical properties
To get the knowledge about thermal properties and optical properties
Figures related to these properties
Lubrication Theory(Optical Properties of Lubricants)
R-3:2.14
Thermal Properties, Thermal Characteristics and optical properties
To get the knowledge about thermal properties and optical properties
Figures related to these properties
Lubrication Theory(Lubricants Composition)
R-3:2.11 2.12 2.14
Thermal Properties, Thermal Characteristics and optical properties
To get the knowledge about thermal properties and optical properties
Figures related to these properties
Lubrication Theory(Physical Properties of Lubricants)
R-3:2.2 2.3 2.4 2.5 2.6 2.10
Physical Properties of Lubricants
To get the knowledge Figures and Graphs about physical regarding the behavior properties of lubricants of lubricant with corresponding property
Lecture 11 Lecture 12
Test1 Lubrication Theory(Basic Equations for Fluid Film Lubrication)
T-1:11.2 11.3 11.4 11.5
Navier Strokes equation, Lear the basic equations Figures Reynolds equation and that describe the fluid dimensionless numbers film lubrication
Week 7
Lecture 13
Lubrication Theory(Basic Equations for Fluid Film Lubrication)
T-1:11.2 11.3 11.4 11.5
Navier Strokes equation, Lear the basic equations Figures Reynolds equation and that describe the fluid dimensionless numbers film lubrication
Lecture 14
Lubrication Theory(Basic Equations for Fluid Film Lubrication)
T-1:11.2 11.3 11.4 11.5
Navier Strokes equation, Lear the basic equations Figures Reynolds equation and that describe the fluid dimensionless numbers film lubrication
MID-TERM Week 8
Lecture 15
Lecture 16
Sliding Bearings(Hydrodynamic Journal Bearings Introduction)
T-1:13.1
RW-2
Working of hydrodynamic bearings and derivation of Reynold's equation
Students will learn the working of Hydrodynamic bearings.
Animation of working of Hydrodynamic bearings
Sliding Bearings(Reynolds Equation for Film Lubrication)
R-3:4.2
RW-2
Working of hydrodynamic bearings and derivation of Reynold's equation
Students will learn the working of Hydrodynamic bearings.
Animation of working of Hydrodynamic bearings
Sliding Bearings(Petroff’s Equation and Bearing Characteristic Number for Hydrodynamic Bearings)
RW-2
Pressure distribution, Petroff's equation and Stribeck curve
Students will get the Figures related to knowledge of how Stribeck Curve pressure is distributed when hydrodynamic bearings and the significance of petroff's equation and Stribeck curve
Sliding Bearings(Stribeck Curve)
RW-2
Pressure distribution, Petroff's equation and Stribeck curve
Students will get the Figures related to knowledge of how Stribeck Curve pressure is distributed when hydrodynamic bearings and the significance of petroff's equation and Stribeck curve
T-1:13.2.1
RW-2
Pressure distribution, Petroff's equation and Stribeck curve
Students will get the Figures related to knowledge of how Stribeck Curve pressure is distributed when hydrodynamic bearings and the significance of petroff's equation and Stribeck curve
T-1:13.2
RW-2
Pressure distribution, Petroff's equation and Stribeck curve
Students will get the Figures related to knowledge of how Stribeck Curve pressure is distributed when hydrodynamic bearings and the significance of petroff's equation and Stribeck curve
Sliding Bearings(Pressure Distribution for Hydrodynamic Bearings)
Sliding Bearings(Eccentricity and Minimum Film Thickness for Hydrodynamic Bearings)
Week 9
Lecture 17
Sliding Bearings(Heat Generation and Thermal Equilibrium)
T-1:13.5
RW-2
Heat generation and Thermal Equilibrium of hydrodynamic bearings and use of RaimondiBoyd charts
Students will Learn to design Hydrodynamic bearings.
Figures related to design of Hydrodynamic bearings
Sliding Bearings(Use of Bearing Design Charts for Hydrodynamic Bearings)
T-1:13.4
RW-2
Heat generation and Thermal Equilibrium of hydrodynamic bearings and use of RaimondiBoyd charts
Students will Learn to design Hydrodynamic bearings.
Figures related to design of Hydrodynamic bearings
Lecture 18 Week 10
Lecture 19
Lecture 20
Week 11
Test2 Sliding Bearings(Hydrostatic Bearings- Introduction)
T-1:15
Hydrostatic bearings and To acquire the types knowledge of hydrostatic bearings and its types
Figures and animation regarding working of Hydrostatic bearings
Sliding Bearings(Types of Hydrostatic Bearings)
T-1:15
Hydrostatic bearings and To acquire the types knowledge of hydrostatic bearings and its types
Figures and animation regarding working of Hydrostatic bearings
Bearings(Introduction to Bearings)
T-1:18.1
bearings classification, Kinematics and Load capacity
Students will learn about different bearings and analyse the kinematics of bearings
Figures explaining different classifications of bearings
Bearings(Classification)
T-1:18.1
bearings classification, Kinematics and Load capacity
Students will learn about different bearings and analyse the kinematics of bearings
Figures explaining different classifications of bearings
Bearings(Geometry of Bearings)
T-1:18.2
bearings classification, Kinematics and Load capacity
Students will learn about different bearings and analyse the kinematics of bearings
Figures explaining different classifications of bearings
Bearings(Kinematics of Bearings)
T-1:18.3
bearings classification, Kinematics and Load capacity
Students will learn about different bearings and analyse the kinematics of bearings
Figures explaining different classifications of bearings
Lecture 21 Lecture 22
Test3 Bearings(Load Capacity)
T-1:18.4
Load capacity of Students will learn to bearings analyse different loads acting on bearings
Figures related to load carrying capacity of bearings
Bearings(Fatigue Life of Bearing)
T-1:18.5
Load capacity of Students will learn to bearings analyse different loads acting on bearings
Figures related to load carrying capacity of bearings
Week 11
Week 12
Week 13
Lecture 22
Lecture 23
T-1:18.4.1
Load capacity of Students will learn to bearings analyse different loads acting on bearings
Figures related to load carrying capacity of bearings
Bearings(Thrust Loads)
T-1:18.4.2
Load capacity of Students will learn to bearings analyse different loads acting on bearings
Figures related to load carrying capacity of bearings
Bearings(Selection of Bearing Materials)
R-4:11
Bearing materials
To acquire the knowledge of different materials used for the bearings
Bearings(Classification of Bearing Materials)
R-4:11
Bearing materials
To acquire the knowledge of different materials used for the bearings
Lecture 24
Surface Engineering and Future Directions of Tribology(Surface Modification and Surface Treatment Techniques)
T-1:8.1 8.4
Lecture 25
Surface Engineering and Future Directions of Tribology (Microstructural Treatments)
T-1:8.2
Micro structural treatment and Heat treatment process
Students will learn different surface treatment processes
Figures explaining different surface treatment techniques
Surface Engineering and Future Directions of Tribology(Heat Treatment Processes)
T-1:8.2
Micro structural treatment and Heat treatment process
Students will learn different surface treatment processes
Figures explaining different surface treatment techniques
Surface Engineering and Future Directions of Tribology (ElastoHydrodynamic Lubrication)
T-1:17
Elasto-Hydrodynamic Students will learn lubrication and advanced about advanced bearings bearings
Figures related to gas and composite bearings
Surface Engineering and Future Directions of Tribology(Gas Bearings)
T-1:16
Elasto-Hydrodynamic Students will learn lubrication and advanced about advanced bearings bearings
Figures related to gas and composite bearings
Surface Engineering and Future Directions of Tribology(Composite Bearings)
R-4:18
Elasto-Hydrodynamic Students will learn lubrication and advanced about advanced bearings bearings
Figures related to gas and composite bearings
Lecture 26
Week 14
Bearings(Radial Loads)
Lecture 27
Surface Engineering and Future Directions of Tribology (Environmental Implications of Tribology)
R-3:17.3
Surface Engineering and Future Directions of Tribology (Automobile Applications) Surface Engineering and Future Directions of Tribology(BioTribology and Biomedical Applications)
Surface Engineering and Students will learn the Surface treatment significance of surface techniques Engineering in today's industrial world
RW-3
R-3:17.2
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Week 14
Lecture 27
Surface Engineering and Future Directions of Tribology(NanoTribology)
R-3:17.4
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Lecture 28
Surface Engineering and Future Directions of Tribology(NanoTribology)
R-3:17.4
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Surface Engineering and Future Directions of Tribology(BioTribology and Biomedical Applications)
R-3:17.2
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Environmental implications and Future directions of Tribology
Students will introduced to future research fields in Tribology
Surface Engineering and Future Directions of Tribology (Automobile Applications)
RW-3
Surface Engineering and Future Directions of Tribology (Environmental Implications of Tribology)
R-3:17.3
SPILL OVER Week 15
Lecture 29
Spill Over
Lecture 30
Spill Over
Scheme for CA: Component
Frequency
Test
Out Of 2
Each Marks Total Marks 3
Total :-
30
60
30
60
Details of Academic Task(s) AT No.
Objective
Topic of the Academic Task
Test1
To assess the understanding of fundamentals of course
Surfaces and Friction, Wear and Lubrication Theory
Test2
To assess the Sliding Bearings understanding of Concepts of Sliding Bearings
Nature of Academic Task (group/individuals/field work
Evaluation Mode
Allottment / submission Week
Individual
Written
5/6
Individual
Written Test
8/9
Test3
To Prepare the Bearings, Surface Engineering and Future directions of students for Endterm Tribology
Individual
Written Test
10 / 11
Related Documents c2h70
Industrial Tribology 1q274o
December 2019 49
Industrial Tribology Wear Ppt 46354k
December 2019 74
Engineering Tribology 3h3f1f
December 2019 68
Tribology-wear.pdf 2j1fs
October 2019 68
Www Tribology Abc Com a1t5p
November 2019 57
Ppt On Tribology 1n206f
November 2019 39More Documents from "Surya Pratap Singh Parmar" 532x1q
Industrial Tribology 1q274o
December 2019 49
58753864 Internship Report On Ananash Travel 6u164f
June 2022 0
Eddy Current Brakes 4c291p
October 2019 71
Study Of Digestion Of Starch By Salivary Amylase And Effecct Of Ph And Temperature On It. 50752
December 2019 42
Study Of Digestion Of Starch By Salivary Amylase And Effect Of Ph And Temperature On It. 1kn10
November 2019 59