DYNAMIC MODELS OF ELEMENTS AND HYDROSTATIC DRIVE SYSTEMS - JERZY TOMCZYK

Discover the fascinating world of drive system dynamics with Jerzy Tomczyk's book. This comprehensive study introduces you to the issues of creating dynamic models of elements and hydrostatic drive systems. Learn the rational mathematical description of the dynamics of these systems and use the presented research methodology in your professional or project work.

• Practical research methodology: Use it in professional research and project work.
• Computer support: The study supports computer simulation studies.
• Rational mathematical description: Understand the dynamics of drive systems thanks to a precise description.
• Professional research: Ideal for engineers and scientists dealing with hydrostatic drives.
• Project work: Indispensable help in designing and optimizing drive systems.

Jerzy Tomczyk's book is not only a collection of theories, but above all a practical tool that allows you to gain a deeper understanding of the dynamics of drive systems. The author, based on his extensive experience, presents a research methodology that can be used both in professional research and in project work supported by computer simulation studies. Thanks to this study, you will be able to create more effective and reliable drive systems that meet the highest quality standards.

This study is particularly valuable for engineers and scientists who deal with the design and analysis of drive systems. The methodology presented in the book allows for the creation of precise dynamic models that take into account all key parameters and variables. Thanks to this, it is possible to predict the behavior of the system in various operating conditions and optimize its parameters in order to obtain the best possible results.

This book is also an excellent source of knowledge for students and doctoral students who want to expand their knowledge in the field of drive system dynamics. The author presents in an accessible and understandable way the issues related to the creation of dynamic models, which allows for quick and effective acquisition of knowledge. In addition, numerous examples and illustrations facilitate the understanding of the discussed issues and allow for the practical application of the acquired knowledge.

Technical data: Pages: 230, Format: 234x170 mm, Year of publication: 2020, Binding: paperback, Publisher: PWN.