Highlights include:
A detailed coverage of elemental and basic laws leading to mathematical models of dynamic systems (Ch. 1).
Derivation of the mathematical models of most physical systems under consideration to familiarize the reader with the proper laws and engineering terminology.
A thorough presentation on linear algebra and matrix computations (Ch. 7 – 9 ).
Complete discussion of conformal mappings and their engineering applications (Ch. 14).
Extensive coverage of probability and statistics and applications ranging from quality control to random vibrations (Ch. 15).