Polyurethane seismic streamer skins: an application of cold spray metal embedment
Cold spray metal embedment is an innovative antifouling (AF) technology that delivers metal
particles with AF properties into many thermoplastic polymers. AF efficacy was quantified for …
particles with AF properties into many thermoplastic polymers. AF efficacy was quantified for …
Numerical investigation of the effect of convex transverse curvature and concave grooves on the turbulent boundary layer along a cylinder in axial flow
F Wachter, A Metelkin, J Jovanović, J Praß… - International Journal of …, 2021 - Elsevier
Axisymmetric turbulent boundary layers that develop around streamwise oriented long
cylinder-like objects can be found in many applications, such as towed array sonars or …
cylinder-like objects can be found in many applications, such as towed array sonars or …
Noise in marine seismic data
T Elboth - 2010 - duo.uio.no
Marine seismic is a well established method to search for subsurface hydrocarbon deposits.
However, the method is often limited by various sources of noise, of which flow and swell …
However, the method is often limited by various sources of noise, of which flow and swell …
Ceramic and fibre optic hydrophone as sensors for lightweight arrays—A comparative study
V Pallayil - OCEANS 2017-Anchorage, 2017 - ieeexplore.ieee.org
Design and development of lightweight arrays has been a subject of intense study in recent
years. This is largely owing to the successful deployment of autonomous vehicles as …
years. This is largely owing to the successful deployment of autonomous vehicles as …
Flow noise reduction from superhydrophobic surfaces
T Elboth, BA Pettersson Reif, Ø Andreassen… - Geophysics, 2012 - library.seg.org
This work investigates how a highly (super) hydrophobic surface can be used to reduce
turbulence-generated drag and noise on a towed streamer cable. The work is done by …
turbulence-generated drag and noise on a towed streamer cable. The work is done by …
A novel marine exploration method offering true 4-C 3D full-offset full-azimuth full-bandwidth seismic acquisition (Freecable)
L Haumonté - SEG International Exposition and Annual Meeting, 2016 - onepetro.org
Traditional marine seismic acquisition methods (streamer, OBC) have reached some
inherent limitations that are difficult to overcome. Some new methods such as nodes have …
inherent limitations that are difficult to overcome. Some new methods such as nodes have …
A paradigm shift in marine seismic: Broadband full-offset full-azimuth 4-C acquisition with midwater stationary cable
L Haumonté, M Manin - SEG International Exposition and Annual …, 2017 - onepetro.org
The limitations of the conventional streamer acquisition technique are first presented and
then the new offshore acquisition method named Midwater Stationary Cable is explained. By …
then the new offshore acquisition method named Midwater Stationary Cable is explained. By …
The Midwater Stationary Cable (FreeCable) to solve today's offshore seismic acquisition paradox
L Haumonté - First Break, 2017 - earthdoc.org
The world economy is demanding an increasing volume of oil and according to oil market
specialists this trend is not expected to decrease in the next decades. The easy oil is gone …
specialists this trend is not expected to decrease in the next decades. The easy oil is gone …
Streamer depth versus vessel and seismic interference noise
T Dao, M Landrø - Geophysics, 2017 - library.seg.org
For marine seismic surveying, it is commonly assumed that the noise level decreases with
depth. In addition, recent advances in broadband seismic have shown that a greater …
depth. In addition, recent advances in broadband seismic have shown that a greater …
Full-azimuth, full-offset, high-fidelity vector marine seismic acquisition
M Manin, L Haumonté, E Bathellier - The Leading Edge, 2020 - library.seg.org
Ten years ago, Kietta launched a project to develop a new method of marine seismic
acquisition using midwater stationary cables and autonomous surface vehicles. We present …
acquisition using midwater stationary cables and autonomous surface vehicles. We present …