PhD THESIS TOPICS AND MATERIALS IN GEOPHYSICS
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PhD THESIS TOPICS AND MATERIALS IN GEOPHYSICS
- Application of Paleomagnetism to Track the Jurassic True Polar Wander in Mountain Kilimanjaro
- Extending Measuring Capability of the SushiBar
- 3-D Q Variations from Mantle Circulation Models and their Effects on Travel Times and Amplitudes of Seismic Waves
- Analysis of rotational motion amplitudes on local and global scales
- Effects of a 3-D crust on diffraction-induced dispersion of traveltime residuals in a mantle circulation model
- The case for 6-component ground motion observations in planetary seismology
- Application of Passive Noise Interferometry for Structural Health Monitoring of a Concrete Bridge – Case Study: River Niger Bridge.
- Measuring space weather signals in geomagnetic observations on the ground München
- A Seismic Noise Map for Enugu South Lga
- Analysis of the Magnetic Field in Numerical Dynamo Simulations with Different Aspect Ratios
- Effects of small-scale heterogeneities on seismic wavefield: translational vs. rotational motions
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- Estimating Plume Travel Times and Dynamic Topography: A Study of Synthetic Experiments
- Application of 6C Sensors to VSP Experiments
- Six Components Recordings of Ambient Noise – The Future of Microzonation?
- Fortran 90 Implementation of Finite Difference – Summation-by-Parts (SBP) – Simultaneous Approximation Term (SAT) method for 3D Seismic Wave Propagation
- Rayleigh Wave Dispersion Curves from Array Derived Rotation and Translational Motion
- Kinematic ground-motion simulations for complex geometry earthquakes
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- Continental Scale Full Waveform Inversion of the savanna region.
19.Dynamic ruptures on geometrically complex fault systems
20. Effect of the inner core conductivity on the reversing behavior of the geodynamo
21. Stress inversion of the 2013 Mt. Hochstaufen swarm earthquakes
22. Magnetotactic bacteria population dependency on sediment porosity
23. Relative relocation, cluster analysis and estimation of spatial and temporal Vp/Vs changes of swarm earthquakes.
24. Array derived rotation of ambient noise measured in Nigeria.
25. Adaptation & Evaluation of a Caesium-Vapour Magnetometer for Geophysical Prospection on Archaeological Sites.
26. Reducing non-uniqueness in probabilistic finite fault inversion for a normal fault.
27. Rothenhäusler, Nicolas (2015), Analysis of ambient seismic noise sources for Parkfield using three-component beamforming.
28. Uncertainty Analysis for the Modeling of Earthquake Risk under Consideration of a Single-Risk Functionality.
29. Microseismic Characterization of Rock Fracturing induced by Ice Segregation in a Long-term Laboratory Experiment
30. A mantle convection model with cratonic roots – through lateral viscosity variations in the upper mantle.
31. Numerical simulation of waveform propagation on local scale for shallow, induced earthquakes.
32. Three Dimensional Regional / Continental Scale Tomographic Model Using the Adjoint Method
33. Monitoring Postseismic Velocity Changes at Parkfield with 3-Component Records.
34. Processing of body-wave data from the Colombian National Seismic Network for finite-frequency tomography in the Caribbean region.
35. Magnetic Properties of a High-Energy Planetary Ball Milled Iron-Nickel Alloy and Dependence on Milling Duration and Consequent Grain Size.
36. Manoli, Stella (2014), Fluxgate Magnetometer for Archaeological Prospecting. Adaptation, Installation, Set-up and comparative measurements with Caesium Magnetometer on Archaeological sites in Nigeria.
37. Simulation of earthquake rupture dynamics under rate-and-state friction and effects on the generated ground motions in a dipping fault system.
38. Non-Destructive Testing of a Civil structure using Seismic Signals.
39. State-of-the-Art Review and Analysis in Earthquake Forecasting.
40. Numerical Analysis of the ADER-DG Method for Dynamic Earthquake Ruptures on Bi-material faults.
41. Improvement of cross-correlation measurements on seismic waveforms with Python-based tools.
42. Adding a Lithospheric Model to Geodynamically Derived Seismic Mantle Structures.
43. The Influence of Anelasticity on the Temperature Sensitivity of Seismic Wave Velocities and its Impact on Seismic Observations.
45. Rayleigh numbers and convection modelling.
46. Estimating the Earth’s magnetic field intensity from the swimming properties of magnetotactic bacteria.
47. Array Derived Rotation Estimation of Phase Velocities Using Spatial Autocorrelation Arrays.
48. Elasticity of Rocks as a Function of Composition and Fabric – An Investigation on the Vibration Behaviour of Rock Plates.
49. Sensitivity kernels in small-scale coupling acoustic-elastic models.
50. Numerical Modelling of the Vernagt Ferner.
51. P-wave Traveltimes for Seismic Waveform Tomography from an Ocean Bottom Seismometer Experiment Around Lagoon, Lagos state.
51. Analysing the 2009 Earthquake Swarm at Mount Kilimanjaro
52. Paleomangetic and Rock Magnetic Studies of Jurassic Volcanic Flood Basalts.
53. Luo, Cong (2012), Magnetohydrodynamic Simulation of Plasma-Magnetosphere Interaction.
54. Teleseismic S-wave Data for Global Tomography.
55. Magnetic Prospecting and 3D Modeling of Selected Neolithic Ring Ditches.
56. on Magnetosome Chain Collapse in Artificial Sediments
57. Spreading velocity variations in the Lagos island.
58. Tetrahedral grid generation for geophysical models with CUBIT
59. Phase velocity and source direction estimation using collocated measurements of rotational and translational motions from ambient noise.
60. A Seismic Waveform Dataset from the Pacific Ocean for Finite-Frequency Tomography.
61. Investigation of abnormal quiet days.
MORE TOPICS
1. What have been the biggest challenges faced by researchers in the field concerned about climate problems affecting how field studies have developed?
2. Conduct a comprehensive research study of the ocean and atmosphere and provide a way to track changes in a highly effective and efficient matter.
3. How is global warming affecting the oceans and climate in different parts around the globe? What areas will face the first noticeable impact that should lead to policy change?
4. How much does global policy change impact the climate felt in developing parts of the world? Is there a responsibility from developed countries to do more?
5. What current process are the most effective in tracking the fossil record of life and general evolution? Can you propose a new process that will improve how information is collected?
6. Choose a tropic area and discuss the ways in which global warming has affected its native wild life and plant life. How significant have the changes been over the last century?
7. Can geology and geophysics provide a detailed record of how the climate has changed since the start of the industrial revolution? How much of this is purely because of human interaction?
8. On field work, what flaws exist in the way information is studied and then recorded? Do you believe that much of the information we know about the planet today is partially incorrect?
9. Contrary to what many believe rising ocean levels, not lowering, is the most likely outcome of global warming’s effects on the polar caps? What does research suggest will happen to coastal towns around the globe?
10. What effects does the Lagos state weather system have on coral reefs in other parts of the world? How do changes in the ocean impact the human population?
11. Conduct a field study on soil composition in an area of your choice and comparing it to other similar areas with the same climate.
11. How does continental shifting in the oceans affect the weather systems of coastal towns and how has this affected the way people live near these areas?
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