The Noise of Ship's Ventilation and Air-Conditioning Systems , Written by , is an indispensable source of knowledge for experts in the field of shipbuilding, as well as for engineers and designers, involved in the development of ventilation and air conditioning systems on ships. This work immerses the reader in the world of acoustics and noise characteristics, which play a key role in creating a comfortable and safe environment on board ships. The main theme of the book is the study of various sources of noise arising in the process of ventilation and air conditioning systems, as well as methods of measuring and reducing it. The authors consider in detail the acoustic characteristics of the equipment, as well as the influence of the design features of ships on the noise level. The book presents both theoretical aspects and practical recommendations, making it useful for both students and experienced professionals seeking to improve their knowledge in this specific area. Who can like this book? First of all, it will be of interest to engineers and designers working in the field of marine shipbuilding and ship operation . Students of technical specialties studying acoustics, ventilation and air conditioning will also find a lot of useful information in it. In addition, the book can attract the attention of researchers dealing with issues of ecology and comfort on ships, as well as anyone interested in modern technologies in the field of shipbuilding. One of the key topics raised in the book is the effect of noise on the health and comfort of the crew and passengers. The authors emphasize that high noise levels can cause not only discomfort, but also negative health effects, such as stress and fatigue. Therefore, reducing the noise level in ventilation and air conditioning systems becomes not just a technical task, but an important social problem. The book offers various approaches to solving this problem, including the use of modern materials and technologies, which makes it relevant in the light of modern requirements for safety and comfort on ships. The style of the authors is distinguished by clarity and accessibility, which makes it easy to assimilate even complex technical concepts. They use examples from practice, which makes the material more lively and visual. This is especially important for readers who may not have in-depth knowledge of acoustics, but want to understand the basic principles and methods of working with noise in ship systems. The book “Noise of marine ventilation and air conditioning systems” not only enriches the readers’ knowledge, but also inspires new ideas and solutions. It can become the basis for further research and development in the field of noise reduction on ships, which, of course, is an important step towards creating a more comfortable and safe environment for living and working at sea. If you are looking for information about noise in ship systems, how to improve acoustic performance on board, or want to learn about modern approaches to the design of ventilation and air conditioning systems, this book will be a real find for you. Do not miss the opportunity to deepen your knowledge and contribute to the development of marine engineering by reading this unique edition