Lovely Professional University, PunjabCourse Code Course Title Course Planner Lectures Tutorials Practicals CreditsMEC204 ADVANCED MECHANICS OF SOLID 13393::Prashant Bagde 3.0 0.0 0.0 3.0Course Category Courses with numerical and conceptual focus

TextBooks Sr No Title Author Edition Year Publisher NameT-1 ADVANCED MECHANICS OF

MATERIALSARTHUR P. BORESI, RICHARD J. SCHMIDT

6th WILEY INDIA PVT LTD

Reference BooksSr No Title Author Edition Year Publisher NameR-1 ENGINEERING MECHANICS OF

SOLIDSE.P. POPOV 2nd PEARSON

R-2 MECHANICS OF MATERIALS R.C. HIBBELER 8th PRENTICE HALLR-3 MECHANICS OF SOLIDS BEER & JOHNSON 6th 2012 TATA MCGRAW HILLR-4 ADVANCED MECHANICS OF

MATERIALSBORESI, A.P., AND SIDEBOTTOM O.M

5th JOHN WILEY & SONS

R-5 ADVANCED MECHANICS OF MATERIALS

SRINATH, L.S 3rd 2008 TATA MCGRAW HILL

R-6 ADVANCED MECHANICS OF SOLID

OTTO T BRUHNS 1st SPRINGER

R-7 ADVANCED MECHANICS OF MATERIALS

ROMAN SOLECKI & R. JAY CONANT

1st 2009 OXFORD UNIVERSITY PRESS, INDIA

R-8 ADVANCED MECHANICS OF SOLIDS

BRUHNS, OTTO T 1st 2003 SPRINGER

Relevant WebsitesSr No (Web address) (only if relevant to the course) Salient FeaturesRW-1 http://nptel.iitm.ac.in/courses/Webcourse-contents/IIT-ROORKEE/strength%20of

%20materials/homepage.htmReading Material

RW-2 http://nptel.iitm.ac.in/video.php?subjectId=112107147 Video LecturesRW-3 http://nptel.iitm.ac.in/courses/IIT-MADRAS/Strength_of_Materials/index.php Animations with reading material

RW-4 http://nptel.iitm.ac.in/courses/112101095/ Video Lectures

RW-5 www.mst.edu/~mecmovie/index.html Reading Material

RW-6 https://engineering.purdue.edu/~ce474/Docs/Truss_Examples.pdf Reading Material

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Week Number

Lecture Number

Broad Topic(Sub Topic) Chapters/Sections of Text/reference books

Other Readings,Relevant Websites, Audio Visual Aids, software and Virtual Labs

Lecture Description Learning Outcomes Pedagogical ToolDemonstration/ Case Study / Images / animation / ppt etc. Planned

Live Examples

Week 1 Lecture 1 Simple Stresses and Strains(Types of stresses and strains)

T-1:2 Concepts of stress and strain with their types

Knowledge gain about stress and strain occurring in material under load

Discussion stress causes strain and strain results in structures

Simple Stresses and Strains(Types of stresses and strains)

T-1:2 Concepts of stress and strain with their types

Knowledge gain about stress and strain occurring in material under load

Discussion stress causes strain and strain results in structures

Lecture 2 Simple Stresses and Strains(Hooke's law)

R-3:2 Behavior of stress with strain

Variation is plotted ongraph

Case Studies

Simple Stresses and Strains(Stress strain diagram for mild steel)

R-3:2 Relation between Stress and strain

Able to understand variation of stress with strain

UTM machine available in SOM lab

Universal Testing Machine to see the stress diagram

Lecture 3 Simple Stresses and Strains(Working stress)

R-3:2 RW-1 Stress in actual working condition

True stress will be known

Case studies

Simple Stresses and Strains(Lateral strain)

R-3:2 Effect of stress ondiameter

Variation in diameter can be expressed

Brain storming

Simple Stresses and Strains(Poisson's ratio)

R-3:2 Relation between different strains

Ratio of strains is discussed

Brain storming

Simple Stresses and Strains(Volumetric strain)

T-1:3 Strain in different directions

Strain in volume is understood

Discussion

Simple Stresses and Strains(Factor of safety)

R-3:1 Design consideration Importance of factor of safety in design

Designated two wheeler vehicles does not fail if running with more than two persons.

Two Wheeler Vechical

Detailed Plan For Lectures

LTP week distribution: (LTP Weeks)Weeks before MTE 7

Weeks After MTE 7

Spill Over 3

Week 2 Lecture 4 Simple Stresses and Strains(Elastic moduli & the relationship between elastic constants)

R-3:2 RW-1 Relation between elastic

constants

Interlinkage of elastic

constants

Brain storming

Lecture 5 Simple Stresses and Strains(Bars of varying section and composite bars)

R-3:2 Stresses in different sections

Stress behavior is observed

Brain storming

Lecture 6 Simple Stresses and Strains(Temperature stresses)

R-3:2 Effect of heat Stress occurence due to heat

Railway tracks Railway tracks

Week 3 Lecture 7 Simple Stresses and Strains(Strain energy)

T-1:5 RW-3 Energy stored while loading

Energy conserved to regain shape

Regaining of original position of rubber band.

Molecular mechanics energies often are referred to as strain energies

Simple Stresses and Strains(Resilience in gradual load)

T-1:5 Type of loading Expression in gradual

load

Brain Storming

Simple Stresses and Strains(Sudden and impact load.)

T-1:5 Type of loading Expression of the given loading

Free fall of an object from height

Impact Testing Machine

Lecture 8 Shear force and Bending moment(Definition of beam)

R-3:5 RW-2 Meaning of beam Concept of Beam Discussion

Shear force and Bending moment(Types of beams)

R-3:5 Beam types Knowledge of Various beams

Discussion There are many types of steel shapes, even numerous types of I beams. For our .... For our example lets use a dead load of 25 psf and a live load of 100 psf

Shear force and Bending moment(Concept of shear force and bending moment)

R-3:5 Meaning of shear force and bending moment

Knowledge gain about shear force and bending moment

Brain storming

Lecture 9 Shear force and Bending moment(S.F and B.M diagrams for cantilever)

R-3:5 Calculation of Shear force and Moment

Plot of obtained values obtained

Brain storming The Beam where one end Fixed and other end is free

Shear force and Bending moment(Simply supported and overhanging beam subjected to point loads)

R-3:5 Calculation of Shear force and Moment in different beams

Plot of values obtained in different cases

Brain storming

Week 4 Lecture 10 Shear force and Bending moment(Uniform distributed load)

R-3:5 Calculation of Shear force and Moment in uniform distribution load

Plot of values obtained in given loading

Pro-Mechanica Pro-Mechanica

Shear force and Bending moment(Uniform varying loads with its different combinations.)

R-3:5 Calculation of Shear force and Moment in uniform distribution load

Plot of values obtained in given loading

Pro-Mechanica a fish tank (full of water) the same size as the panel

Lecture 11 Shear force and Bending moment(Relation between S.F, B.M and rate of loading at a section of beam.)

R-3:5 RW-4 Shear force variation and relationship between SF BM and rate of loading.Point of contraflexure

Behavior of bending moment with change in nature of shear force and relation obtained.Point of change is known

Discussion

Lecture 12 Shear force and Bending moment(Point of contraflexure)

R-3:5 SPILL OVER 1 SPILL OVER 1 SPILL OVER 1

Week 5 Lecture 13 Test1

Lecture 14 Flexural and Shear Stresses(Theory of simple bending)

T-1:7 RW-1 Introduction to bending phenomenon

Knowledge about concept of bending

Image: http://upload.wikimedia.org/wikipedia/commons/0/0b/I_beam_bending0.png

Jumping Board in Swimming Pool

Lecture 15 Flexural and Shear Stresses(Assumptions)

R-3:4 Derivation of bending equation

Bending equation obtained

Brain storming

Flexural and Shear Stresses(Derivation of bending equation: M/I = f/y = E/R)

R-3:4 Derivation of bending equation

Bending equation obtained

Brain storming

Week 6 Lecture 16 Flexural and Shear Stresses(Neutral axis)

T-1:7 RW-3 Introduction to neutral axis

Neutral axis significance is understood

Discussion

Flexural and Shear Stresses(Determination of bending stresses)

T-1:7 Calculation of Bending stress

Method is known to find Bending stress

Brain storming Determining the axial stress - which is often known as the Bending Stress in a beam

Lecture 17 Flexural and Shear Stresses(Section modulus of rectangular and circular sections(Solid and Hollow))

T-1:4 Introduction of section modulus

It defines its importance in bending equation

Discussion

Week 6 Lecture 18 Flexural and Shear Stresses(Bending stress in various sections (I,T, angle and channel sections))

T-1:4 Determination of Stress in different sections under bending

Stress calculation in different sections

Image: http://www.petervaldivia.com/eso/structures/imagen/beam-sections.png

Snap-Fit Design

Week 7 Lecture 19 Flexural and Shear Stresses(Design of simple beam sections)

R-8:3 Design considerations in

beam sections

Method for design of beam section

Discussion

Lecture 20 Flexural and Shear Stresses(Derivation of Shear stress formula)

R-8:3 RW-3 Steps to find out shear stress formula

Expression obtained to calculate shear stress

Brain storming Determine the elastic section modulus, S, plastic section modulus, Z, yield ... load of 450 lbs/ft. and a uniformly distributed live load of 550 lbs/ft

Lecture 21 Flexural and Shear Stresses(Shear stress distribution in various sections (Rectangular, circular, triangular, I, T angle))

R-1:10 Distribution of shear stress in various sections

Shear stress expression in various sections

Brain storming

MID-TERMWeek 8 Lecture 22 Analysis of Pin-Jointed

plane frames(Determination of forces in members of plane)

R-2:5 RW-6 Introduction to trusses and force distribution

Forces in different members are known

Brain storming

Analysis of Pin-Jointed plane frames(Pin jointed members)

R-2:5 Introduction to pin jointed members

Knowledge gain about pin jointed members

Discussion

Analysis of Pin-Jointed plane frames(Perfect trusses)

R-2:5 Introduction to perfect trusses

Condition of perfect trusses are known

Image: http://www.big-l-lumber.com/wodd_truss_types_examples.gif

the frame rails in your vehicle

Lecture 23 Analysis of Pin-Jointed plane frames(Analysis of cantilever trusses using Method of joints)

R-2:5 RW-6 Procedure to solve magnitude of acting forces

Various acting forces can be obtained

Brainstorming

Analysis of Pin-Jointed plane frames(Analysis of simply supported trusses using Method of joints)

R-2:5 Procedure to solve magnitude of acting forces

Various acting forces can be obtained

Brainstorming

Week 8 Lecture 24 Analysis of Pin-Jointed plane frames(Method of sections)

R-2:5 RW-6 Procedure to solve magnitude of acting forces andTension coefficient method

Various acting forces can be obtained using both methods

Brainstorming

Week 9 Lecture 25 Analysis of Pin-Jointed plane frames(Tension coefficient method.)

R-2:5 SPILL OVER 2 SPILL OVER 2 SPILL OVER 2

Lecture 26 Test2

Lecture 27 Deflection of beams(Bending into circular arc)

R-1:12 Discussion about Concept of Bending

Bending phenomenon

clarified

Discussion Jumping Board

Deflection of beams(Slope) R-1:12 Discussion about Concept of slope

Slope phenomenon clarified

Discussion

Deflection of beams(Deflection)

R-1:12 Discussion about Concept of deflection

Deflection phenomenon clarified

Pro-Mechanica

Deflection of beams(Radius of curvature)

R-3:9 Introduction to radius of

curvature

Meaning of Radius of

curvature is cleared

Discussion Radius of curvature is also used in a three part equation for bending of beams

Deflection of beams(Differential equation for the elastic line of a beam)

R-3:9 Equation written to represent elastic line of beam

Obtained equation can be used for analysis

Brainstorming

Week 10 Lecture 28 Deflection of beams(Double integration)

R-2:12 Procedure to find out deflection

Results are obtained showing deflection

Brainstorming plywood

Lecture 29 Deflection of beams(Macaulay methods)

R-2:12 Procedure to find out deflection

Results are obtained showing deflection

Brainstorming

Lecture 30 Deflection of beams(Determination of slope and deflection for simply supported beams subjected to point loads)

R-3:9 Application of the procedures discussed

Obtained results are showing the value of deflection

Pro-Mechanica Pro-Mechanica

Deflection of beams(Uniform distributed load analysis)

R-3:9 RW-2 Application of the procedures discussed

Obtained results are showing the value of deflection

Brainstorming

Week 11 Lecture 31 Deflection of beams(Uniform varying load)

R-3:9 Application of the procedures discussed

Obtained results are showing the value of deflection

Brainstorming Deection and Slope of a Linearly Varying Cantilever

Deflection of beams(Mohr's theorem)

R-3:9 Introduction to mohr theorem

Concept of mohr theorem is understood

Discussion

Lecture 32 Deflection of beams(Moment area method)

R-2:12 RW-5 Procedure to find out deflection

Results are obtained showing deflection

Brainstorming

Deflection of beams(Application to simple cases including overhanging beams)

R-2:12 Application of the procedures discussed

Obtained results are showing the value of deflection

Brainstorming

Lecture 33 Thin and Thick Cylinders(Thin seamless cylindrical shells)

R-1:5 SPILL OVER 3 SPILL OVER 3 SPILL OVER 3

Week 12 Lecture 34 Test3

Lecture 35 Thin and Thick Cylinders(Derivation of formula for longitudinal and circumferential (hoop) stresses)

R-1:5 RW-2 Development of expression for stresses calculations

Expression for stress calculations is obtained

Example of Pneumatic cylinder

Determine the elastic section modulus, S, plastic section modulus, Z, yield ... load of 450 lbs/ft. and a uniformly distributed live load of 550 lbs/ft

Lecture 36 Thin and Thick Cylinders(Longitudinal and volumetric strains)

R-1:5 RW-5 Introduction to strains Concept of various occuring strains is clarified

Discussion

Week 13 Lecture 37 Thin and Thick Cylinders(Change in diameter and volume of thin cylinders)

R-1:5 RW-1 Development of expression for change in

dimensions

Expression for dimensional change is obtained

Discussion

Thin and Thick Cylinders(Riveted boiler shells)

R-1:5 Introduction to riveted boiler shells

Knowledge about riveted boiler shells is

imparted

Discussion HEAD .. Design a circumferential lap joint for boiler shell

Week 13 Lecture 38 Thin and Thick Cylinders(Thin spherical shells)

R-1:5 RW-5 Introduction to thin spherical shells

Knowledge gain about thin spherical shells

Example of boilers

Lecture 39 Thin and Thick Cylinders(Thick cylinders)

R-1:5 RW-4 Introduction to thick cylinders

Knowledge gain about thick cylinders

IC engine cylinder Hydraulic cylinder

Week 14 Lecture 40 Thin and Thick Cylinders(Lame's equation)

R-1:5 RW-5 Expression to find out various stresses

Obtained expression can be used to calculate value of induced stresses

Brainstorming

Lecture 41 Thin and Thick Cylinders(Cylinders subjected to inside & outside pressures)

R-1:5 RW-4 Different cases of application of pressure is discussed

Values in different cases are obtained

PPT pressure vessels

Lecture 42 Thin and Thick Cylinders(Compound cylinders)

R-1:5 Introduction to compound cylinders

Knowledge gain about compound cylinders

Discussion

SPILL OVERWeek 15 Lecture 43 Spill Over

Lecture 44 Spill Over

Lecture 45 Spill Over

Scheme for CA:Component Frequency Out Of Each Marks Total Marks

Test 2 3 10 20

Total :- 10 20

Details of Academic Task(s)AT No. Objective Topic of the Academic Task Nature of Academic Task

(group/individuals/field work

Evaluation Mode Allottment / submission Week

Test1 To check the understanding level about basics of the subject

Class test should be conducted of 30 marks having CA weight-age of 10

Individual Based on written test performance

4 / 5

Test2 To evaluate the gain of knowledge about the trusses and calculations of stresses

Class test should be conducted of 30 marks having CA weight-age of 10

Individual Based on written test performance

8 / 9

Test3 To test the gain in technical knowledge about the subject.

Class test should be conducted of 30 marks having CA weight-age of 10

Individual Based on written test performance

11 / 12