The Dynamic Effects of Loads . Guidelines for solving problems in the course "Resistance of materials" and "Technical mechanics" is a unique publication Created by a team of authors, which will be an indispensable assistant for students , Post-graduate students and practicing engineers , seeking a deeper understanding of mechanical processes and dynamic loads in various designs. In today's world, where technology is developing at an incredible rate, knowledge of the basics of material resistance and technical mechanics becomes necessary for a successful career in engineering. This book offers readers not only theoretical foundations, but also practical guidelines that will help in solving complex problems related to dynamic loads. It discusses in detail the basic principles, formulas and methods that are used for the analysis and design of structures subject to different types of loads. The book will be of interest to students of technical universities studying in specialties related to engineering, architecture and construction. It will also be a useful resource for teachers who are looking for quality materials to prepare for classes, and for practitioners who want to refresh their knowledge or understand new aspects of dynamic loads. Thanks to the available language of presentation and a clear structure, even those who are just starting their way in the study of mechanics will be able to easily assimilate the material presented. The topics raised in the book cover a wide range of issues related to dynamic effects on construction. Readers will learn about different types of loads, such as percussion, vibrational and cyclic, as well as methods of their analysis. The book focuses on the importance of taking into account dynamic factors in design, which is especially important for modern construction projects, which should withstand not only static, but also dynamic loads, such as earthquakes or strong winds. The style of the authors is distinguished by clarity and logical presentation, which makes it easy to follow the course of thought and assimilate complex concepts. Each chapter includes examples of tasks with detailed solutions, which makes the learning process more interactive and practical. This approach contributes not only to a better understanding of the material, but also to the formation of the skills necessary to successfully solve real engineering problems. In addition, the book “Dynamic Effects of Loads” can be useful for those interested in related fields, such as material mechanics, construction physics, and even architectural design. It can serve as a basis for further study of more complex topics, such as system dynamics or structural stability. If you are looking for quality guidance on material resistance and technical mechanics, this publication will be your reliable companion in the world of engineering knowledge. The book will not only expand your horizons, but also help you become more confident and competent in your field. Do not miss the opportunity to immerse yourself in the fascinating world of dynamic loads and discover new horizons of engineering thinking!