Add to ORKGThis article presents an engineering approach to estimate the existing seismic hazard for Mumbai city. After assembling a catalogue of past earthquakes and analysing the database statistically, the recurrence relation for the control region is found out. This is used to compute the probability of ground motion that can be induced by each of the twenty-three known faults that exist around the city. Final results are presented in the form of peak ground acceleration and response spectra, for two different return periods. These results can be directly used by engineers as basic inputs in earthquake-resistant design of structures in and around Mumbai
The seismic hazard in the Gujarat region has been evaluated. The scenario hazard maps showing the sp...
This article presents the results of probabilistic seismic hazard analysis (PSHA) for Bangalore, Sou...
This paper presents seismic hazard analysis of Visakhapatnam using probabilistic approach. Visakhapa...
Mumbai city, the economical capital of India, is located on the west coast of stable intra-plate con...
The importance of characterizing site-specific free-field surface motion of facilities of national a...
The assessment of local site effects on seismic ground motions is of great importance in earthquake ...
A spate of earthquakes in the recent past, causing extensive damage,has heightened the sensitivity o...
Seismic hazard assessment is the key tool for rational planning, safety and design of infrastructure...
This paper presents seismic hazard analysis of Visakhapatnam using probabilistic approach. Visakhapa...
Probabilistic seismic hazard analysis (PSHA) has been carried out for the district of Jalandhar. The...
and Chennai city was upgraded from zone II to zone III which leads to a substantial increase of the ...
The damage to built environment during recent earthquake in India has demonstrated the need for seis...
A probabilistic seismic hazard analysis for Bangalore, south India, is presented in this paper with ...
In this article, stochastic finite-fault simulation combined with site response analysis is used to ...
In this work an attempt has been made to evaluate the seismic hazard of South India (8.0 degrees N...
The seismic hazard in the Gujarat region has been evaluated. The scenario hazard maps showing the sp...
This article presents the results of probabilistic seismic hazard analysis (PSHA) for Bangalore, Sou...
This paper presents seismic hazard analysis of Visakhapatnam using probabilistic approach. Visakhapa...
Mumbai city, the economical capital of India, is located on the west coast of stable intra-plate con...
The importance of characterizing site-specific free-field surface motion of facilities of national a...
The assessment of local site effects on seismic ground motions is of great importance in earthquake ...
A spate of earthquakes in the recent past, causing extensive damage,has heightened the sensitivity o...
Seismic hazard assessment is the key tool for rational planning, safety and design of infrastructure...
This paper presents seismic hazard analysis of Visakhapatnam using probabilistic approach. Visakhapa...
Probabilistic seismic hazard analysis (PSHA) has been carried out for the district of Jalandhar. The...
and Chennai city was upgraded from zone II to zone III which leads to a substantial increase of the ...
The damage to built environment during recent earthquake in India has demonstrated the need for seis...
A probabilistic seismic hazard analysis for Bangalore, south India, is presented in this paper with ...
In this article, stochastic finite-fault simulation combined with site response analysis is used to ...
In this work an attempt has been made to evaluate the seismic hazard of South India (8.0 degrees N...
The seismic hazard in the Gujarat region has been evaluated. The scenario hazard maps showing the sp...
This article presents the results of probabilistic seismic hazard analysis (PSHA) for Bangalore, Sou...
This paper presents seismic hazard analysis of Visakhapatnam using probabilistic approach. Visakhapa...