Theoretical Principles of Seismic Wave Propagation and Interaction

This exam focuses on the theoretical principles governing the propagation and interaction of seismic waves within various geological formations. Students will articulate the fundamental ways in which seismic waves are generated, transmitted, and transformed as they move through different Earth materials.

Understanding these principles is crucial for advancing knowledge in geophysical studies and applied seismology. It allows geoscientists to interpret subsurface structures, assess earthquake hazards, and design better mitigation strategies.

The exam will assess the student’s ability to verbally convey technical concepts related to wave physics, material properties, and their implications in real-world contexts. Emphasis will be placed on clarity of expression and depth of understanding.

Candidates should be prepared to engage in detailed discussions about theoretical constructs, ensuring comprehensive comprehension of the foundational aspects of seismic wave behavior.