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Full Description
The book explores a range of mathematical topics essential for application in engineering and applied sciences. It explores both the theoretical and practical aspects, providing a comprehensive foundation for the development of robust theories applicable to engineering and applied sciences.
Mathematical Analysis for Engineering and Applied Sciences: Foundational and Fundamental Aspects discusses the essential mathematical principles that underpin the fields of applied science and engineering. This comprehensive book explores a blend of pure and applied mathematics, demonstrating how mathematical tools and techniques can be utilized to create a wide range of models for practical applications in these disciplines. It addresses the challenges of handling complex phenomena and provides algorithms, methods, and logical concepts that are invaluable for bioengineering, cryptosystems, surface modeling, and various other engineering applications.
Individual researchers, educators, students, and department libraries will find this book of interest.
Contents
1. Pure Mathematics Applied to Bio-Engineering Problems. 2. Inverse Coefficient Problem for Nonlinear Euler-Bernoulli Equation with Periodic Boundary and Integral Addition Conditions. 3. A Classification of Focal Surfaces of a Tube Surface in E3. 4. Approximation of Functions in Certain Lipschitz Classes by (M, λn)(E, 1) Means of Fourier Series and Conjugate Series of Fourier Series. 5. NTRU Cryptosystem Over Rational Numbers Q_p and a New Verification Method over Rational Functions Field. 6. Metric Spaces and Fixed-Point Results in G-Metric Spaces. 7. Inertial Three-Step Forward-Backward Splitting Algorithms to Solve Inclusion Problems and Their Application to Image Restoration Problems. 8. Explicit Study of Fractal Generation of Mandelbrot and Julia Sets via Picard-S Iteration Scheme with S-Convexity.
