This manual provides comprehensive information for the Introduction to Mathematical Fluid Dynamics, first published in 1971. It is designed for advanced undergraduate and graduate students in applied mathematics, engineering, and the physical sciences. The text delves into fundamental concepts such as kinematics, the momentum principle, Newtonian fluids, and compressibility, offering a foundational understanding of fluid dynamics.

The scope of this manual encompasses essential topics for students and researchers in the field. It details key principles and applications within mathematical fluid dynamics, serving as a valuable resource for academic study and practical application. The content is structured to facilitate learning and reinforce understanding of complex fluid behavior and its governing principles.