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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
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
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
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
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