Earthquake Engineering Research Centre

Earthquake Engineering Research Centre (EERC) was established to contribute towards construction of safe building infrastructure to address the large and rapidly growing urban seismic risk in India and providing solutions to the geotechnical structures. Pre-disaster planning i.e., mitigation and preparedness will have a good impact on minimizing the post-disaster response i.e., emergency, rescue and rehabilitation. GeoTechnical Engineering Lab which is part of EERC conducts research aimed at providing solutions to the geotechnical structures like foundations, retaining walls, tunnels etc.


S No. Title Poster Video
01 Primer on Rapid Visual Screening of Buildings, NDMA P-01 V-01
03 UNDP Ward Disaster Management Plan for Visakhapatnam P-03 V-03
04 UNDP Ward Disaster Management Plan for Vijayawada P-04 V-04
05 Hazard, Vulnerability and Risk Assessment of Himachal Pradesh P-05 V-05
06 Structural HealthMonitoring of Building using IITK Sensor due to Seismic Disturbances in Chandigarh, India P-06 V-06
07 Seismic Analysis and Design Recommendations for Uran-Chakan-Shikrapur LPG Pipeline P-07 V-07
08 Vulnerability Assessment of Heritage Structure - Ramappa Temple - due to Blast Induced Ground Motions P-08 V-08
09 Seismic Performance Of RC Tall Building With Columns Resting On Transfer Storey P-09 V-09
10 Path Dependent Seismic Energy Attenuation at Site from the Himalayan and Hindu Kush region Earthquakes P-10 V-10
12 A comparative study of absorbing layer method for radiating boundary conditions P-12 V-12
13 Local Absorbing Boundary Conditions for Visco-Elastic Wave Propagation in Unbounded Domain P-13 V-13
14 Forecasting Earthquakes Using Recurrent Neural Networks P-14 V-14
15 A Comparitive Study of Different RVS Methods used for Preliminary Assessemnt of existing RC Buildings P-15 V-15
16 Performance Assessment of Buildings Designed with and without SSI P-16 V-16
17 Earthquake Behaviour of Buildings on Slopes P-17 V-17
18 New Empirical Formula for Fundamental Period of Tall Buildings in India by Ambient Vibration Test P-18 V-18
19 Quantification Of Damage Using Hinge Pattern In RC Moment Resisting Frame Buildings P-19 V-19
20 Comparison of Building Performance with Partial Retrofitting and Full Retrofitting P-20 V-20
21 Estimation Of Seismic Hazard For Kathmandu, Nepal And Adjacent Regions P-21 V-21
22 Effect of fault normal and parallel components of near and far field ground motions on low rise buildings P-22 V-22
23 Variation Of Ground Motion Characteristics In Parallel And Normal Directions In Near-Fault Region - A Case Study On 1999 Chi-Chi Earthquake P-23 V-23
24 Comparision Of Direct Displacement Seismic Design With Force Based Design Using Indian Standards - A Case Study P-24 V-24
26 Design Optimization of RC Moment Frames by ABC Optimization and Finite Element Method using System of Design Rules P-26 V-26
27 EFFECTS OF VERTICAL GROUND MOTIONS ON THE DESIGN OF REGULAR RC BUILDINGS LOCATED IN SEISMIC ZONE V P-27 V-27
28 Verification Of The Sufficiency Of Adjustment Of Mass For Compensating The Accidental Eccentricities P-28 V-28
29 Earthquake Disaster Risk Index - A Simple Method for Assessing Relative Risk in a Country P-29 V-29
30 Analysis Of Hill Slope Buildings For Twist Variation With Change In Aspect Ratio P-30 V-30
31 IMPORTANCE OF SEISMIC SAFETY OF NONSTRUCTURAL ELEMENTS IN HOSPITAL BUILDINGS P-31 V-31
32 QUANTIFYING PARAMETERS FOR IMPROVED ENERGY DISSIPATION CAPACITY IN LOW-RISE RC OPEN STOREY BUILDINGS P-32 V-32


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