This volume explores the status of persistent pollutants in water and wastewater, detailing emerging technologies for their clean-up, including nanotechnology and membrane processes. It serves as a guide for researchers addressing pollutant strategies, degradation mechanisms, toxic by-products, and the effectiveness of these technologies in environmental protection.
The family's move to a secluded house leads them to discover a vibrant array of characters from diverse cultural backgrounds. As they navigate their new environment, they encounter mysterious places and experience a series of incidents that range from amusing to tragic. This exploration reveals the complexities of life in a small town, blending humor and intrigue in their journey.
Driving High Performance & Effective Transformations in a Continuously Evolving Business Environment
Theoretical insights in this book aim to advance research and analysis, while practical applications equip leaders with strategies to effectively navigate and drive their firms forward in diverse environments.
Focusing on the analysis of mistuned vibrations, this comprehensive volume delves into fundamental concepts and key issues surrounding the topic. It serves as an essential resource for understanding the complexities of vibration analysis, offering insights into both theoretical and practical applications. Ideal for students and professionals alike, the book provides a thorough exploration of the subject, making it a vital addition to the literature on vibration engineering.
Focusing on mechanical vibrations, this textbook serves as a comprehensive introduction for beginners, integrating over sixty exercise problems to reinforce learning. It emphasizes the application of MATLAB(R) for problem-solving, making it a practical resource for students. The concise format ensures that key concepts are covered effectively, catering to those new to the subject while providing tools for deeper understanding and application.
Focusing on advanced concepts, this graduate-level text delves into linear systems, optimal control, and robust control, presenting H and sliding mode methods together for the first time. It features mathematical analyses, including H derivation, and emphasizes practical problem-solving using MATLAB® software. End-of-chapter exercises are included to help readers assess their understanding of the material, making it a comprehensive resource for mastering these complex topics.