Fast simulation of deposition of wave energy along the shore lines
To model the formation of today's geology, it is important to be able to "travel back in time". Mathematics- and physics-based numerical simulations are an enabling technology in this context.
An illustration of simulation results of a deposition simulator showing different top layers
The candidate is expected to first review the existing relevant algorithms, then to try to implement one or several of them. For the computational efficiency, attention will be given to devising effective data structures and, if necessary, adopting a suitable parallelization of the wave simulator. After verifying the correctness of the simulator using simplistic examples, realistic bathymetry and shore line data will be adopted. The wave equation solver will then be incorporated in the complete workflow for simulating the incident wave energy onto the shore lines. The achieved accuracy and computational speed will thereafter be thoroughly compared with those produced by existing approaches.
The candidate will become fluent in efficient numerical methods and software for wave simulation. The candidate will also acquire advanced knowledge in modeling geology formation and, specifically, simulating the
Schlumberger can offer an office location if the candidate wants. It can also be pointed out that historically former students have had the privilege to be considered first, when open positions are available at Schlumberger.
The candidate is expected to have some knowledge in simple numerical methods and basic programming skills. The candidate must be hard-working and eager to learn new skills and knowledge.
Interested students are asked to send detailed questions about the project to the external supervisors at Schlumberger (Bratberg & Natvig).