VECTOR AND TENSOR CALCULUS FOR ENGINEERS - RYSZARD BUCZKOWSKI

Discover the fascinating world of applied mathematics in engineering! This book is an invaluable source of knowledge for students and practitioners who want to delve into the secrets of vector and tensor calculus. Learn the theoretical foundations and practical applications that will allow you to solve complex engineering problems with greater precision and efficiency. Immerse yourself in the world of kinematic calculations and moments of inertia, which form the foundation of many engineering disciplines.

• Fundamentals of vector and tensor calculus in an accessible way.
• Practical applications in kinematics and calculations of moments of inertia.
• Numerous examples for self-solving that will consolidate your knowledge.
• Detailed discussion of the problems of plane and spherical motion.
• Use of tensor calculus to calculate the moments of inertia of lines, plane figures and solids.
• Ideal for students of engineering and practitioners.

Ryszard Buczkowski's book is a comprehensive study that combines theory and practice. The author presents the basics of vector and tensor calculus in a clear and understandable way, and then shows how to use this knowledge to solve specific engineering problems. Thanks to numerous examples and tasks for self-solving, the reader has the opportunity to consolidate their knowledge and develop their practical skills. This is a must-have for every engineer who wants to expand their mathematical competences.

The following structure is used in this book: chapters 1 and 2 cover the basics of vector and tensor calculus. The practical application of vector calculus is shown in chapters 3 and 4, in calculations of selected problems of kinematics (plane and spherical motion), and tensor calculus is used to calculate the moments of inertia of lines, plane figures and solids (chapter 5). Examples for self-solving can be found in chapter 6. Paperback edition, 236 pages, format 206x251 mm. Scientific Publishing House PWN.

Vector and tensor calculus are powerful mathematical tools that are widely used in various fields of engineering. With this book, you will gain a solid theoretical and practical foundation that will allow you to effectively use these tools to solve engineering problems. Whether you are a student or an experienced engineer, this book will be a valuable source of knowledge and inspiration.