Seismic Waves explores the fascinating science of earthquakes and the waves they generate, providing insight into Earth's interior and its dynamic processes. These seismic waves, including P-waves and S-waves, are not only responsible for the shaking we feel during an earthquake but also act as a planetary-scale "CAT scan," allowing scientists to map the Earth's inner layers. The book examines how fault mechanics and rock properties influence wave propagation, revealing how energy is released and transferred through the Earth.
This exploration of seismology begins with a historical context, tracing the evolution of our understanding from early observations to modern techniques in geophysics and geology. The book progresses logically, first introducing fundamental concepts and then delving into the factors influencing wave generation and propagation. Finally, it discusses the effects of seismic waves on geological structures and the practical applications of seismology, such as earthquake hazard assessment and structural engineering.
The book adopts a fact-based approach, using data from seismographic readings, geological field studies, and simulations to present a comprehensive view accessible to students, researchers, and anyone interested in earth sciences.
