Environmental Physics and Engineering

Course Description

In this course we will develop mechanistic models for some of the phenomena in nature that impact our environment. The course will begin with a brief review of commonly used mechanics-based techniques and continue with a study of dynamics of moving objects, systems of particles, inertial and rotating reference frames, tidal, centrifugal, and Coriolis forces, and large-scale flows. One area of interest is the dynamics of phenomena such as rockslides, avalanches, and flow of debris. We will investigate the structural mechanics and propagation of seismic waves, and tsunamis. We will study atmospheric and deep ocean thermodynamics models and understand the heat transfer processes causing large-scale flows. Related topics include large-scale oceanic and atmospheric waves, coastal oceans, currents, and surface gravity waves. We will study short-term motion of floating debris in oceans, and motion of small particles in air. Also covered in this course will be electromagnetic fields in the environment and motion of charged particles in air. Topics such as molecular vibration and radiation will also be discussed. As part of the course, students will work on a sequence of small, application-focused projects.

Code

EN.570.625

Credits

3

Subject

Environmental Health and Engineering

Programs That Include This Course

• Master's Environmental Health and Engineering, Master of Science
• Master's Environmental Health and Engineering, Master of Science in Engineering