It would probably look better on your resume if you did research in FM with a physicist or engineer who specializes in studying FM. IDK what special skills or insights geology or geologists bring to the table where FM is concerned.Lagraaaange said:
Still not convinced. What FM research has this geologist himself been involved with?Lagraaaange said:
Lagraaaange said:
Fluid mechanics is crucial in understanding the behavior and movement of fluids, which are essential in geological processes such as erosion, sedimentation, and groundwater flow. By studying fluid mechanics, we can better understand these processes and their impact on the Earth's surface and subsurface.
Geologists use fluid mechanics principles to analyze the flow of fluids in natural systems, such as rivers, oceans, and groundwater. They also use concepts such as viscosity, density, and pressure to model the movement of fluids and predict its effects on geological formations.
Some specific applications of fluid mechanics in geology research include studying the movement of groundwater in aquifers, modeling sediment transport in rivers and coastlines, and understanding the formation of geological structures through fluid-induced processes like salt diapirism.
A thorough understanding of fluid mechanics allows geologists to interpret field observations and measurements more accurately. They can also use fluid mechanics principles to design experiments and field studies to test their hypotheses and better understand natural systems.
Some current research topics in fluid mechanics that are relevant to geology include studying the impact of climate change on river flow and sediment transport, understanding the mechanics of hydraulic fracturing in shale gas extraction, and investigating the role of fluids in the formation of Martian landscapes.