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(Master thesis / Masteroppgave, 2016)
Several studies have been conducted since last 50 years to understand the crustal architecture of the passive margins. The conjugate passive margins along Indian Ocean are very less surveyed and studied due to geographical ...
(Master thesis / Masteroppgave, 2011)
The impact of earthquakes, due to ground shaking, which affects the whole tunnel length from ovaling
of the tunnel cross section, is investigated in this thesis. The influence of rock mass quality Q and the
tunnel dimension ...
(Master thesis / Masteroppgave, 2019)
Impact craters are a common geological feature found on a variety of planetary bodies throughout the Solar System and can reveal information about the history of the Solar System and its planets. Specifically, crater ...
(Master thesis / Masteroppgave, 2014)
This master thesis in Geophysics is about detecting and attenuating seismic interference noise. The thesis is written in collaboration with the Marine R&D Department at CGG and Department of Geosciences at the University ...
(Master thesis / Masteroppgave, 2014)
The aim of this work was to compare various dip estimation methods and apply the best of them to identify the dip of seismic interference noise (SI) in the shot domain. Four dip estimation methods were considered: correlation ...
Diffracted noise attenuation in marine seismic data Restricted Access
(Master thesis / Masteroppgave, 2012)
(Master thesis / Masteroppgave, 2015)
(Master thesis / Masteroppgave, 2012)
Scandinavian Mountain Range is located at the continental margin of the Eurasian plate. This area is part of the Baltic shield so topography is expected to be generally low. But this is not the case here. In South western ...
(Master thesis / Masteroppgave, 2019)
Potential field analysis is known to suffer from the problem of "non-uniqueness" in solutions. Gravity data interpretation is a prime example. Anomalous bodies can be detected from the gravity field, but information regarding ...
(Master thesis / Masteroppgave, 2013)
In this thesis a new approach, called THEAMTM, is presented. The THEAMTM methodology is a non-invasive tunnel health monitoring method using active seismic. The method incorporates geophysical seismic analysis methods and ...