STRENGTH OF MATERIALS - JAN MISIAK

Discover the fascinating world of strength of materials with this comprehensive academic textbook by Jan Misiak. It is an indispensable source of knowledge for students and lecturers of technical fields, which explains key issues in an accessible way and helps in solving engineering problems. Gain a solid theoretical foundation and practical skills that will open up many opportunities for you in the world of engineering.

• Clear and understandable explanation of the theory of stress and strain state.
• Practical examples and tasks for self-solving after each chapter.
• Discussion of tension, compression, torsion, bending and buckling.
• Detailed calculations of beam deflections.
• Explanation of strength hypotheses, ultimate load capacity and material fatigue.
• Ideal for students of mechanics, construction, materials engineering and related fields.
• Supplement to lectures, enabling a deep understanding of the topics discussed.

The textbook Strength of Materials presents in a very accessible way the basic issues concerning the theory of stress and strain state as well as tension, compression, torsion, bending and buckling, as well as calculations of beam deflections, strength hypotheses, ultimate load capacity and material fatigue. The aim of studying strength of materials is to acquire basic concepts and methods enabling both solving current practical tasks and further self-education. After each of the fifteen chapters, there are questions and checking examples for self-solving, which will facilitate the due understanding and mastering of the theory contained in the following parts of the book.

Wydawnictwo Naukowe PWN is a renowned publisher of scientific and educational publications, known for its high quality and reliability. Their academic textbooks are valued by students and lecturers throughout Poland. By choosing this textbook, you can be sure that you are receiving a proven and up-to-date source of knowledge that will help you achieve success in your studies and career.

The book is an ideal supplement to lectures, enabling a deep understanding of the topics discussed. Thanks to numerous examples and tasks, you will learn the knowledge more easily and consolidate it in practice. You will prepare for exams and gain a solid foundation for further development. This textbook is an investment in your future and the key to success in the world of engineering.

The textbook is intended primarily for students and lecturers of such fields as: mechanics and machine construction, robotics and automation, materials engineering, production engineering, environmental engineering, transport and construction.