Dr. J.P. Narayan

About Dr. J.P. Narayan

Dr. J.P. Narayan, With an exceptional h-index of 21 and a recent h-index of 13 (since 2020), a distinguished researcher at Indian Institute of Technology Roorkee, specializes in the field of Earthquake Engineering, seismology.

His recent articles reflect a diverse array of research interests and contributions to the field:

Pseudo-dynamic rupture implementation in 3D viscoelastic finite-difference code for physics based broadband ground motion synthetics

Pseudo-dynamic rupture implementation and earthquake engineering consequences of simulated ground motion in NCT Delhi (India) caused by Mwmw8.2 Nahan …

Numerical Simulations and Development of Relations for the Assessment of Ground Motion Amplifications Along the Flanks of 2D and 3D Hills

Effect of 3D Topography on Physics-Based Earthquake Ground Motion characteristics.

Development of Relationships to Predict Amplification of SH-Wave Across Two-dimensional Deep-Basins at Fundamental Frequency

Effect of Randomness of Slip and Source Time Function on Pseudo-Dynamically Simulated Ground Motion Characteristics

Local Seismicity Around Tehri Dam, Garhwal Himalaya

Quantification of Ridge-Weathering Effects on the Simulated Ground Motion Characteristics Across 2D and 3D Topography Models

Dr. J.P. Narayan Information

University

Position

Professor Earthquake Engineering

Citations(all)

1146

Citations(since 2020)

440

Cited By

893

hIndex(all)

21

hIndex(since 2020)

13

i10Index(all)

40

i10Index(since 2020)

14

Email

University Profile Page

Indian Institute of Technology Roorkee

Google Scholar

View Google Scholar Profile

Dr. J.P. Narayan Skills & Research Interests

Earthquake Engineering

seismology

Top articles of Dr. J.P. Narayan

Title

Journal

Author(s)

Publication Date

Pseudo-dynamic rupture implementation in 3D viscoelastic finite-difference code for physics based broadband ground motion synthetics

Arabian Journal of Geosciences

Lav Joshi

Jay Prakash Narayan

2024/1

Pseudo-dynamic rupture implementation and earthquake engineering consequences of simulated ground motion in NCT Delhi (India) caused by Mwmw8.2 Nahan …

Natural Hazards

Lav Joshi

JP Narayan

2024/4/8

Numerical Simulations and Development of Relations for the Assessment of Ground Motion Amplifications Along the Flanks of 2D and 3D Hills

Pure and Applied Geophysics

Vishal

JP Narayan

2023/6

Effect of 3D Topography on Physics-Based Earthquake Ground Motion characteristics.

EGU General Assembly Conference Abstracts

Vishal Vats

Lav Joshi

Jay Prakash Narayan

2023/5

Development of Relationships to Predict Amplification of SH-Wave Across Two-dimensional Deep-Basins at Fundamental Frequency

JP Narayan

Asmita Sharma

Lav Joshi

2023/4/22

Effect of Randomness of Slip and Source Time Function on Pseudo-Dynamically Simulated Ground Motion Characteristics

Vishal

JP Narayan

L Joshi

2022/11/14

Local Seismicity Around Tehri Dam, Garhwal Himalaya

ML Sharma

SC Gupta

JP Narayan

J Das

A Sen

...

2022/11/14

Quantification of Ridge-Weathering Effects on the Simulated Ground Motion Characteristics Across 2D and 3D Topography Models

Vishal

JP Narayan

2022/11/14

Quantification of the effects of an urban layer on Rayleigh wave characteristics and development of a meta-city

Pure and Applied Geophysics

Lav Joshi

JP Narayan

2022/9

Effects of Complex Valley Topography on De-amplification Scenerio for SH-Waves

Neeraj Kumar

Vinay Kumar

JP Narayan

Vishvendra Tiwari

Sanjay Kumar

2022

Influence of Site-City Interaction on the Response of Buildings on Trapezoidal Basin

Neeraj Kumar

JP Narayan

Pooja Lohchab

Sanjay Kumar

2022/11/14

Effects of shape and complexity of ridge topography on the comparative amplification scenario for the SH-and SV-waves

Journal of Earth System Science

Neeraj Kumar

Jay Prakash Narayan

Vinay Kumar

Vishvendra Tiwari

2021/12

Depth-dependent free surface effect to predict ground motion at depth for the design of underground structures

Arabian Journal of Geosciences

Jay Prakash Narayan

Sakshi Rautela

2021/11

Deterministic Seismic Microzonation of the NCT-Delhi (India) and Earthquake Engineering Implications

Luxman Kumar

JP Narayan

2021/6/1

Quantification of Site City Interaction Effects on Responses of Buildings and Basin Under Realistic Earthquake Loading for Development of Economic Smart City

Lav Joshi

JP Narayan

2021/3/31

Quantification of role of impedance contrast in site-city-interaction effects on the responses of buildings and basin

Contributions to Geophysics and Geodesy

Jay Prakash Narayan

Prerna Singh

Simran Verma

2020/5/24

Effects of geometry and rheological parameters of large basin on the SH-wave response of sub-basin in the basin-sub-basin models

Journal of Seismology

Jay Prakash Narayan

Garima Yadav

2020/2

Computation of ground motion amplification scenario in NCT Delhi for earthquake engineering purposes and seismic microzonation

Pure and Applied Geophysics

Luxman Kumar

Jay Prakash Narayan

2020/8

See List of Professors in Dr. J.P. Narayan University(Indian Institute of Technology Roorkee)