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Parasitic Phenomena In The Dynamics Of Industrial Devices
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In The Real World The Dynamic Behavior Of A Real Machine Presents Either Unforeseen Or Limiting Phenomena: Both Are Undesired, And Can Be Therefore Be Classified As Parasitic Phenomena Unwanted, Unforeseen, Or Limiting Behaviors. Parasitic Phenomena In The Dynamics Of Industrial Devices Describes The Potential Causes And Effects Of These Behaviors And Provides Indications That Could Minimize Their Influence On The Mechanical System In Question.The Authors Introduce The Phenomena And Explore Them Through Real Cases, Avoiding Academic Introductions, But Inserting The Entire Academic And Experimental Knowledge That Is Useful To Understand And Solve Realworld Problems. They Then Examine These Parasitic Phenomena In The Machine Dynamics, Using Two Cases That Cover The Classical Cultural Division Between Cam Devices And Mechanisms. They Also Present Concrete Cases With An Amount Of Experimental Data Higher Than The Proposed Ones And With A Modern Approach That Can Be Applied To Various Mechanical Devices, Acquiring Real Knowledge Superior To One Of The Mere Finite Element Systems Or Collections Of Mechanical Devices.Organizes Machine Dynamics Through Systems Theory To Give A Comprehensive Vision Of The Design Problem Details Machine Dynamics At An Advanced Mathematics Level And Avoids Redundancy Of Fundamental Knowledge Introduces Real Machine Cases For Solutions To Practical Problems Covers Two Broad Classes Of Mechanical Devices That Are Widely Used In The Construction Of Instrumental Goods Employs A Mechatronic Approach That Can Be Applied To Electromechanical, Hydromechanical, Or Pneumomechanical Machineshighlighting Industrial Devices In The Manufacturing Industry, Including Industrial Indexing Devices And Industrial Robots, The Book Offers Case Studies, Advanced Models, Design Methods, And Short Examples Of Applications. It Is Of Critical Importance For Any Manufacturing Enterprise That Produces Significant Amounts Of Objects Through A Process With One Or More Automated Phases.
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- Q: What is the title of the book? A: The title of the book is 'Parasitic Phenomena in the Dynamics of Industrial Devices'.
- Q: Who is the author of this book? A: The author of the book is Alberto Borboni.
- Q: How many pages does this book have? A: The book contains three hundred ninety-eight pages.
- Q: What are the dimensions of the book? A: The book measures six point three eight inches in length, one point one inches in width, and nine point four five inches in height.
- Q: What type of binding does this book have? A: The book is bound in hardcover.
- Q: What category does this book fall under? A: This book falls under the category of Civil & Environmental.
- Q: How is the content of this book structured? A: The book is structured to introduce phenomena and explores real cases to address practical problems.
- Q: Can this book help with understanding machine dynamics? A: Yes, it provides comprehensive insights into machine dynamics using systems theory.
- Q: Is this book suitable for professionals in manufacturing? A: Yes, it is critical for manufacturing enterprises involved in automated processes.
- Q: What approach does this book take towards mechanical devices? A: The book employs a mechatronic approach applicable to various mechanical systems.
- Q: How can I use the knowledge from this book? A: You can apply the knowledge to minimize unwanted phenomena in industrial devices.
- Q: Is this book useful for understanding parasitic phenomena? A: Yes, it describes potential causes and effects of parasitic phenomena in detail.
- Q: Does the book provide case studies? A: Yes, it includes real case studies and advanced models relevant to industrial devices.
- Q: What types of mechanical devices are discussed in the book? A: The book covers both cam devices and mechanisms commonly used in manufacturing.
- Q: Is there a focus on any specific industries? A: Yes, it highlights industrial devices in the manufacturing industry.
- Q: What can I expect to learn from this book? A: You can expect to gain advanced knowledge about minimizing limiting behaviors in mechanical systems.