Numerical modeling in continuum mechanics by O. M. Belotserkovsky is a fascinating and deep immersion into the world of numerical methods used to solve the problems of continuum mechanics. This work will be an indispensable assistant both for students studying mechanical sciences and for practicing engineers and researchers seeking to expand their knowledge in the field of numerical modeling. In his book, Belotserkovsky offers readers a unique approach to understanding continuum mechanics that combines theoretical foundations and practical applications. The author not only presents the material, but also creates an intriguing atmosphere in which the reader can feel himself a part of scientific research. He shares his experience and knowledge, which makes the text accessible and understandable, even for those who are just starting their way in this complex but exciting area. The book covers a wide range of topics, including finite element techniques, computational hydrodynamics, and other numerical techniques that find application in a variety of industries, from aviation and automotive to biomechanics and materials science. Belotserkovsky emphasizes the importance of numerical modeling in the modern world, where accurate calculations and forecasts become key to the successful design and development of new technologies. This work will be of particular interest to undergraduate and graduate students studying mechanical sciences, as well as professionals working in engineering and applied mathematics . If you are passionate about mechanics, physics or mathematics and want to learn more about how numerical methods can help solve real problems, then Belotserkovsky’s book will be a real discovery for you. The topics raised in the book go beyond purely technical aspects. The author also touches on philosophical and methodological issues related to numerical modeling, which allows the reader not only to master practical skills, but also to understand more deeply how and why certain methods work. This makes the book not just a textbook, but a real guide to the world of numerical research. Belotserkovsky's style is distinguished by clarity and logical presentation. It skillfully balances between theory and practice, allowing the reader to easily absorb material. His previous work has also earned recognition in the scientific community, and this book is no exception. Readers familiar with his other works will appreciate the consistency and depth of analysis that the author applies in each chapter. If you are looking for literature on numerical modeling, continuum mechanics, or just want to expand your knowledge in the engineering sciences, then "numerical modeling in continuum mechanics" M. White church will become for you a real storehouse of information . This book will not only enrich your wealth of knowledge, but also inspire new research and discoveries. Do not miss the opportunity to touch the science that changes the world!