Mathematical Methods in Engineering and Applied Sciences

Mathematical Methods in Engineering and Applied Sciences, 1st Edition, examines analytical, computational, and numerical mathematical methods relevant to engineering and applied sciences. The book balances theoretical concepts, foundational developments, and practical modeling techniques applicable to real-life situations.

The text addresses mathematical formulation across dynamical and physical systems. As an illustrative example, it discusses the complete synchronization of a time-fractional reaction–diffusion system with Lorenz nonlinearities.

Written in a self-contained style with proofs for necessary results, the volume offers research problems to assist early career researchers in drafting research proposals. It is intended for mathematicians, engineers, and general readers seeking tools for mathematical methods and modeling.