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Book Summary
Mechanisms in Modern Engineering by Ivan I. Artobolevsky is a classic technical reference on the analysis and synthesis of mechanical linkages and mechanisms. It covers kinematic structures, geometric and kinematic analysis, and design methods for planar and spatial mechanisms, with emphasis on practical engineering applications. The book is valued for its systematic approach and extensive examples, though it reflects mid-20th-century conventions and lacks modern computational treatment.
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About Mechanisms in Modern Engineering...
Ivan I. Artobolevsky's Mechanisms in Modern Engineering is a comprehensive treatise on the theory and design of mechanical mechanisms. It systematically presents the structural classification of kinematic chains, methods for kinematic and geometric analysis, and techniques for synthesizing linkages to achieve desired motion. The text emphasizes planar mechanisms but also addresses spatial and higher-pair mechanisms, with numerous worked examples and diagrams drawn from engineering practice. Artobolevsky, a leading Soviet mechanism scientist, integrates classical graphical methods with analytical approaches, making the book a rigorous reference for understanding the fundamentals of machine design. While it predates modern computational tools and reflects the conventions of its era, its clear exposition of mechanism principles and its extensive catalog of mechanism types remain valuable for engineers and students seeking a deep grounding in classical mechanism theory.
Who should read Mechanisms in Modern Engineering...?
This book is intended for mechanical engineering students, design engineers, and researchers who need a rigorous foundation in classical mechanism theory. It suits readers comfortable with kinematics and graphical analysis who want a systematic reference on linkage classification, analysis, and synthesis. Instructors teaching mechanism design may find it a useful source of examples and classical methods. It is less suitable for beginners seeking a modern, software-oriented introduction, or for those needing up-to-date computational design techniques.
Pros & Cons
Pros
- ✓ Systematic and thorough treatment of mechanism classification and analysis
- ✓ Extensive worked examples and diagrams from engineering practice
- ✓ Strong emphasis on kinematic synthesis and practical design methods
- ✓ Authoritative classical reference by a leading mechanism scientist
- ✓ Covers both planar and spatial mechanisms with clear explanations
Cons
- ✗ Reflects mid-20th-century conventions and notation
- ✗ Limited coverage of modern computational and CAD-based methods
- ✗ Dense and rigorous style may challenge self-study beginners
- ✗ Some examples and standards may feel dated to contemporary readers
- ✗ Lacks modern pedagogical features such as problem sets with solutions
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Frequently asked questions
Is this book suitable for self-study?
It can be used for self-study by readers with a solid background in kinematics, but the dense classical style and lack of modern pedagogical aids make it more effective as a reference or alongside a structured course.
Does the book cover modern computational methods?
No. The book focuses on classical graphical and analytical methods and predates contemporary computational tools such as CAD and mechanism simulation software.
What types of mechanisms are covered?
It covers planar linkages, spatial mechanisms, cam mechanisms, and higher-pair mechanisms, with emphasis on structural classification, kinematic analysis, and synthesis.
Is this book still relevant today?
Yes, as a foundational reference on classical mechanism theory. Its principles remain valid, though readers should supplement it with modern computational design resources.
Who was Ivan I. Artobolevsky?
Ivan I. Artobolevsky was a prominent Soviet scientist known for his contributions to the theory of machines and mechanisms, including extensive work on mechanism classification and synthesis.
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