This book introduces the use of differential equations to model biological phenomena. It covers population dynamics, epidemiology, biochemical kinetics, and other applications of ordinary and partial differential equations in biological systems. Suitable for undergraduate and graduate students in mathematics, biology, and applied sciences.
This textbook teaches how differential equations are used in the biological sciences. It is based on a successful one-semester course and helps students in life sciences understand differential equations in real biological contexts. The text introduces necessary mathematics — such as linear algebra and partial differential equations — when and where needed, using examples drawn from real …
This textbook presents a comprehensive treatment of numerical methods for engineering, emphasising software application (MATLAB, Excel/VBA), modeling, and real-world engineering problems. Each section opens with motivation and mathematical background, and closes with epilogues covering trade-offs, key relationships, and advanced methods.
This textbook presents comprehensive coverage of numerical methods used in engineering analysis and design. It emphasizes problem-solving, algorithmic development, and computer-based computation, providing examples and applications relevant to various engineering disciplines.
This book provides a clear and practical guide to the mathematical and statistical concepts relevant to anaesthesia. It emphasizes understanding physiological and pharmacological models, probability, statistical inference, regression analysis, and other quantitative tools in the clinical context. Illustrations and diagrams make complex ideas more accessible.