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Alpha college of Engineering & Technology B.E. Semester VI LESSON PLAN YEAR 2014-15 Sub code Sub name Th hrs Tu hrs Pr hrs Credit s Uni Exam theory Prog Assess Uni Exam pract Pract Pro Assess Total marks 160605 Earthquake Engineering 4 0 2 6 70 30 - 50 150 Sr. No Topic Hours Allott ed Hours planne d Proposed date Actual date Module I 1 Fundamentals of Earthquake vibrations of buildings (TNP) 20 20 1 Introduction of vibrations 17-01-14 2 Static load 23-01-14 3 Dynamic load 24-01-14 4 Single Degree of Freedom system 30-01-14 5 Springs in parallel and series 31-01-14 6 Mathematical Modelling of buildings 06-02-14 7 Examples on mathematical modelling 07-02-14 8 Free undamped vibration of SDOF system and derivation of equation of motion 13-02-14 9 Examples on Free undamped vibration of SDOF system 14-02-14 10 Examples on Free undamped vibration of SDOF system 20-02-14 11 Free damped vibration of SDOF system and its derivation (underdamped, critically damped,overdamped system) 21-02-14 12 Free damped vibration of SDOF system and its derivation ( Logarithmic decrement) 28-02-14 13 Examples on Free damped vibration of SDOF system 06-03-14 14 Examples on Free damped vibration of SDOF system(TA-2) 20-03-14 15 Forced vibration of SDOF system 21-03-14 16 Examples on Forced vibration of SDOF system 27-03-14 17 Examples on Forced vibration of SDOF system (TA 3) 28-03-14

EQ Lesson Plan Civil a (31 Dec)

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Page 1: EQ Lesson Plan Civil a (31 Dec)

Alpha college of Engineering & TechnologyB.E. Semester VI

LESSON PLAN YEAR 2014-15

Subcode

Subname

Thhrs

Tuhrs

Prhrs

Credits UniExamtheory

ProgAssess

UniExampract

PractPro

Assess

Totalmarks

160605 Earthquake Engineering

4 0 2 6 70 30 - 50 150

Sr.No

Topic Hours Allotted

Hoursplanned

Proposed date

Actual date

Module I1 Fundamentals of Earthquake vibrations of

buildings (TNP)20 20

1 Introduction of vibrations 17-01-142 Static load 23-01-143 Dynamic load 24-01-144 Single Degree of Freedom system 30-01-145 Springs in parallel and series 31-01-146 Mathematical Modelling of buildings 06-02-147 Examples on mathematical modelling 07-02-148 Free undamped vibration of SDOF system and

derivation of equation of motion13-02-14

9 Examples on Free undamped vibration of SDOF system

14-02-14

10 Examples on Free undamped vibration of SDOF system

20-02-14

11 Free damped vibration of SDOF system and its derivation (underdamped, critically damped,overdamped system)

21-02-14

12 Free damped vibration of SDOF system and its derivation ( Logarithmic decrement)

28-02-14

13 Examples on Free damped vibration of SDOF system

06-03-14

14 Examples on Free damped vibration of SDOF system(TA-2)

20-03-14

15 Forced vibration of SDOF system 21-03-1416 Examples on Forced vibration of SDOF system 27-03-1417 Examples on Forced vibration of SDOF system

(TA 3)28-03-14

18 Response of building to earthquake ground motion 03-04-1419 Introduction to Multi degree of freedom system 04-04-1420 Introduction to Mode shapes 10-04-14

Page 2: EQ Lesson Plan Civil a (31 Dec)

Module II

1 Earthquake Basics (TNP) 07 07

21 Introduction to Earthquake, Earth interior, Plate tectonics

26-12-13

22 Causes of Earthquake, Faults 27-12-1323 Earthquake parameters and Seismic waves 02-01-1424 Magnitude and Intensity 03-01-1425 Effects of earthquakes 09-01-1426 Strong ground motions 10-01-1427 Seismic zones of India and Consequences of

earthquake damage (TA-1)16-01-14

2 Earthquake resistant Masonry features(UKK) 05 0528 Un-reinforced Masonry, Basics of masonry 24-12-1329 Units of masonry and Good construction practice 31-12-1330 Earthquake resistant features bands and vertical

reinforcement(IS 4326,IS 13827)01-01-14

31 Seismic design of masonry building 07-01-1432 Examples 08-01-14

Module III1 Design Philosophy(UKK) 10 1033 Philosophy of earthquake resistant design,

Earthquake proof vs earthquake resistant design 21-01-14

34 Four virtues of earthquake resistant structures(Strength, stiffness ductility and confg.)

22-01-14

35 Seismic structural configuration 28-01-1436 Introduction to IS: 1893 (Part I), IS 875 (Part V), IS :

1893 (Codal provisions) 29-01-14

37 Seismic coefficient method 04-02-1438 Base shear calculation (TA 4) 05-02-1439 Lateral force distribution along height 11-02-1440 Introduction to response spectrum 12-02-1441 IS code provisions 18-02-1442 Modal Analysis of building frame 19-02-14

Module IV1 Lateral loads on Buildings(UKK) 07 0743 Lateral load Distribution (Introduction), Rigid

Diaphragm effect25-02-14

44 Examples on rigid diaphragm 26-02-1445 Center of mass and stiffness , Examples on center

of mass and stiffness04-03-14

46 Torsionally coupled and uncoupled system 05-03-1447 Lateral load analysis Portal frame methods 18-03-1448 Examples on portal frame (TA 5) 19-03-1449 Cantilever methods 25-03-14

Module V1 Ductile Detailing(UKK) 03 0350 Concepts of Detailing of Various structural 26-03-14

Page 3: EQ Lesson Plan Civil a (31 Dec)

components as per IS code.51 Numerical based on detailing 02-04-1452 Numerical based on detailing (TA 6) 09-04-142 Special Topics (UKK) 02 0253 Introduction to soil liquefaction 15-04-1454 Structural controls and Seismic strengthening 16-04-14

Text Books:

(1.) Manish Shrikhande & Pankaj Agrawal; Earthquake resistant design of structures, PHI Publication, New Delhi (Modula 2,3)(2.) S.K.Duggal; Earthquake resistance design of structures; Oxford University Press, New Delhi.(Module IV)

Reference Books:

1. A.K.Chopra; Dynamics of structures , Pearson, New Delhi2. Clough & Penzin; Dynamics of structures,3. Park & Pauly; Behavior of RC structure4. John M.Biggs; Introduction to Structural Dynamics5. C V R Murthy - Earthquake Tips, Nicee.6. IITK-GSDMA EQ26 – V -3.0 Design Example of a Six Storey Building7. S S Rao; Mechanical Vibration; Pearson, New Delhi.

Mode of Teaching:

Power Point Presentation/Chalk and duster.

List of Assignments:

Sr. No.

Topic Name of Faculty

Proposed week of issue

Actual issue date

Proposed week ofsubmission

Weightage(%)

1 Earthquake basics

TNP 3rd week jan.

1st week feb.

15

2 Free vibration of SDOF system

TNP 3rd week march

4th week march

20

3 Forced vibration SDOF system

TNP 4th week march

2nd week april

15

4 Design Philosophy

UKK 1st week feb.

4th week feb.

15

5 Lateral load on building

UKK 3rd week march

4th week march

20

6 Ductile detailing and special topics

UKK 1st week april

2nd week april

15

List of Experiments

Page 4: EQ Lesson Plan Civil a (31 Dec)

Sr. No.

Topic Name of Faculty

Hours planned

Proposed date of starting

Actual date of starting

Date of completion

1 Spring mass model

TNP/UKK 4 4th week December and 1st week jan.

2 Mode shapes TNP/UKK 2 3rd week jan.3 Shear wall and

bracing systemTNP/UKK 4 4th week jan.

and 1st week feb.

4 Pounding effect and liquefaction

TNP/UKK 4 4th week march.

5 Seminar TNP/UKK 2 2nd week feb.6 Seminar TNP/UKK 4 3rd week and

4th week feb.7 Seminar TNP/UKK 4 1st and 3rd

week march8 Seminar TNP/UKK 4 1st and 2nd

week april

SENINAR TOPICS

Earthquake tips 1 (1 to 4) Earthquake tips 2 (5 to 8) Earthquake tips 3 (9 to 12) Earthquake tips 4 (13 to 16) Earthquake tips 5 (17 to 20) Earthquake tips 6 (21 to 24) Earthquake resistant Masonry building Free vibration Forced vibration Multi-Degree of Freedom system Base isolation system Bhuj earthquake Earthquake proof building Spectral acceleration and Time period. Earthquake design & Codes Seismoscopes and Accelerographs Ductile design Irregularities in building Dampers

Page 5: EQ Lesson Plan Civil a (31 Dec)

Advanced tech used in world for earthquake prediction TSunami Model preparation (Shear wall with bracing system) Case study of any building for earthquake related works Response and Design Spectrum