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The physics of seismic waves has been exploited to produce detailed shear wave velocity structure beneath highly seismogenic regions, Sumatra and Northeast India from modeling of Receiver Functions obtained from numerous earthquake events throughout the globe. A fine combination of inverse methods such as H-K stacking, Neighbourhood Algorithm, and Joint inversion was used to model the crustal structure as well as composition.

Produktbeschreibung
The physics of seismic waves has been exploited to produce detailed shear wave velocity structure beneath highly seismogenic regions, Sumatra and Northeast India from modeling of Receiver Functions obtained from numerous earthquake events throughout the globe. A fine combination of inverse methods such as H-K stacking, Neighbourhood Algorithm, and Joint inversion was used to model the crustal structure as well as composition.
Autorenporträt
Ayush Goyal is a Physics major Intg. BS-MS student at Indian Institute of Science Education and Research (IISER) Kolkata. He is an aspiring geoscientist interested in analyzing heterogeneous geophysical data sets & designing inverse methods to study seismic & mechanical properties of the Earth's lithosphere - and of the terrestrial planets & moons.