"Acoustical Engineering: The Intricate World of Sound Technology" ed. by Jiangyi Zhang

This book reviews and offers an in-depth analysis of the latest research breakthroughs and technological advancements in acoustic engineering over the past few years. It paints a vibrant and diverse picture of acoustic technologies, highlighting acoustics' role in modern technology. This book thoroughly explores the applications of acoustics in fields such as acoustic monitoring, mineral resource exploration, target recognition, metamaterials, and manufacturing.
The book is for researchers, engineers, graduate students, and advanced undergraduates in fields intertwined with acoustic engineering, physics, geophysics, and mechanical engineering. It is an invaluable guide for related courses, providing a wealth of information and providing inspiration for research and academic pursuits in acoustic engineering.

In the technological tide of the 21st century, acoustics—a discipline steeped in history yet bursting with vitality—is advancing at an unprecedented clip, showcasing the immense potential for application across various fields.
The book has clear concepts and rigorous logic, allowing readers to quickly grasp the key points and establish systematic knowledge even when facing complex acoustic theories. Its distinctive feature lies in focusing on the depth and breadth of theoretical knowledge and emphasizing the combination of theory and practice. By analyzing practical cases, readers can understand how acoustic technology can play a role in practical engineering and solve practical problems.

Contents
1. A Numerical Analysis of Single-Frequency Responses of the Resonant Micro-Cantilever to Dynamic Acoustic Forces Based on the Forced Van der Pol-Rayleigh-Mathieu Oscillator
2. Acoustic Monitoring of the Coal-Rock Massif State in Stress-Strain Zones during Hydroimpulsive Impact: Application Experience
3. Development of an Advanced System for Identifying Low-Altitude Outdoor Mobile Objects Based on Acoustic Signatures
4. On the Use of Micro-Perforated Panels for Sound Absorption
5. The Application of Surface Acoustic Wave Yarn Tension Sensor


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