Mechanical Vibrations THEORY AND APPLICATIONS

{"title":"Mechanical Vibrations THEORY AND APPLICATIONS","price":"۳۶","ebook_price":"۳۶","rent_3_price":"۲۹","rent_6_price":"۱۲","rent_12_price":"-۱","print_price":"-۱","front_cover":{"thumbnail":"/storage/files/styles/thumbnail/books/1da2bee774739575/front.jpg","medium":"/storage/files/styles/medium/books/1da2bee774739575/front.jpg","medium_rounded":"/storage/files/styles/medium_rounded/books/1da2bee774739575/front.png","large":"/storage/files/styles/large/books/1da2bee774739575/front.jpg","medium_trans":"/storage/files/styles/medium_trans/books/1da2bee774739575/front.png","medium_zoom_fit":"/storage/files/styles/medium_zoom_fit/books/1da2bee774739575/front.png"},"back_cover":{"thumbnail":"/storage/files/styles/thumbnail/books/1da2bee774739575/back.jpg","medium":"/storage/files/styles/medium/books/1da2bee774739575/back.jpg","medium_rounded":"/storage/files/styles/medium_rounded/books/1da2bee774739575/back.png","large":"/storage/files/styles/large/books/1da2bee774739575/back.jpg","medium_trans":"/storage/files/styles/medium_trans/books/1da2bee774739575/back.png","medium_zoom_fit":"/storage/files/styles/medium_zoom_fit/books/1da2bee774739575/back.png"},"print_book":false,"isbn":"9781439062128","lang":"null","cover_type":"null","dimension":"null","year":"۲۰۱۱","nobat_chap":1,"description":["Mechanical Vibrations: Theory and Applications takes an applications-based approach at teaching students to apply previously learned engineering principles while laying a foundation for engineering design. This text provides a brief review of the principles of dynamics so that terminology and notation are consistent and applies these principles to derive mathematical models of dynamic mechanical systems. The methods of application of these principles are consistent with popular Dynamics texts. Numerous pedagogical features have been included in the text in order to aid the student with comprehension and retention. These include the development of three benchmark problems which are revisited in each chapter, creating a coherent chain linking all chapters in the book. Also included are learning outcomes, summaries of key concepts including important equations and formulae, fully solved examples with an emphasis on real world examples, as well as an extensive exercise set including objective-type questions."],"pages_count":895,"token":"1da2bee774739575","deleted_at":null,"published_at":"2017-12-12 18:48:25","available_for_web":true,"publisher_title":"Cengage","edition":null,"currency":"EUR","subtitle":"null","country":"null","rent_1_week_price":"-۱","meta_desc":null,"meta_title":null,"stock":0,"cache":1,"bookmark":"false","has_book":"false","has_file":"true","writer_authors":[{"id":1197,"title":"Graham Kelly","meta_title":"Graham Kelly","meta_description":"Graham Kelly - بوکت، نخستین و بزرگ‌ترین سامانه‌ی یادگیری و آموزش با قابلیت کرایه و خرید نسخه‌ی الکترونیکی کتاب‌های دانشگاهی است ","faq":null,"keywords":"بوکت,کرایه کتاب,کتاب الکترونیک/ نسخه الکترونیک,ئی بوک/ایبوک,مطالعه آنلاین,کتاب تخصصی,کتاب دانشگاهی,دانلود کتاب,خرید کتاب,جستجوی کتاب,خرید کتاب 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بوک/ایبوک,مطالعه آنلاین,کتاب تخصصی,کتاب دانشگاهی,دانلود کتاب,خرید کتاب,جستجوی کتاب,خرید کتاب الکترونیک,ناشرشو,چاپ کتاب,چاپ رایگان کتاب,کتاب مهندسی,کتاب پزشکی,کتاب مدیریت,جیتجو در متن کتاب,دانلود اپلیکیشن کتابخوان","description":null,"firstname":"Graham","lastname":"Kelly","token":"93a3c17a807bddf8","national_code":null,"pivot":{"book_id":679,"author_id":1197,"created_at":"2017-12-11 17:38:27","updated_at":"2019-03-12 14:59:27","role":"writer"}}],"e_book":{"toc":[{"page":2,"title":"Title Page"},{"page":4,"title":"Copyright"},{"page":9,"title":"CONTENTS"},{"page":19,"title":"CHAPTER 1 INTRODUCTION","children":[{"page":19,"title":"1.1 The Study of Vibrations"},{"page":22,"title":"1.2 Mathematical Modeling","children":[{"page":22,"title":"1.2.1 Problem Identification"},{"page":22,"title":"1.2.2 Assumptions"},{"page":24,"title":"1.2.3 Basic Laws of Nature"},{"page":24,"title":"1.2.4 Constitutive Equations"},{"page":24,"title":"1.2.5 Geometric Constraints"},{"page":24,"title":"1.2.6 Diagrams"},{"page":25,"title":"1.2.7 Mathematical Solution"},{"page":25,"title":"1.2.8 Physical Interpretation of Mathematical Results"}]},{"page":25,"title":"1.3 Generalized Coordinates"},{"page":29,"title":"1.4 Classification of Vibration"},{"page":29,"title":"1.5 Dimensional Analysis"},{"page":32,"title":"1.6 Simple Harmonic Motion"},{"page":34,"title":"1.7 Review of Dynamics","children":[{"page":34,"title":"1.7.1 Kinematics"},{"page":36,"title":"1.7.2 Kinetics"},{"page":40,"title":"1.7.3 Principle of Work-Energy"},{"page":42,"title":"1.7.4 Principle of Impulse and Momentum"}]},{"page":45,"title":"1.8 Two Benchmark Examples","children":[{"page":45,"title":"1.8.1 Machine on the Floor of an Industrial Plant"},{"page":46,"title":"1.8.2 Suspension System for a Golf Cart"}]},{"page":47,"title":"1.9 Further Examples"},{"page":52,"title":"1.10 Summary","children":[{"page":52,"title":"1.10.1 Important Concepts"},{"page":53,"title":"1.10.2 Important Equations"},{"page":55,"title":"Problems"},{"page":55,"title":"Short Answer Problems"},{"page":59,"title":"Chapter Problems"}]}]},{"page":73,"title":"CHAPTER 2 MODELING OF SDOF SYSTEMS","children":[{"page":73,"title":"2.1 Introduction"},{"page":74,"title":"2.2 Springs","children":[{"page":74,"title":"2.2.1 Introduction"},{"page":75,"title":"2.2.2 Helical Coil Springs"},{"page":77,"title":"2.2.3 Elastic Elements as Springs"},{"page":79,"title":"2.2.4 Static Deflection"}]},{"page":80,"title":"2.3 Springs in Combination","children":[{"page":80,"title":"2.3.1 Parallel Combination"},{"page":80,"title":"2.3.2 Series Combination"},{"page":84,"title":"2.3.3 General Combination of Springs"}]},{"page":86,"title":"2.4 Other Sources of Potential Energy","children":[{"page":86,"title":"2.4.1 Gravity"},{"page":88,"title":"2.4.2 Buoyancy"}]},{"page":89,"title":"2.5 Viscous Damping"},{"page":92,"title":"2.6 Energy Dissipated by Viscous Damping"},{"page":94,"title":"2.7 Inertia Elements","children":[{"page":94,"title":"2.7.1 Equivalent Mass"},{"page":97,"title":"2.7.2 Inertia Effects of Springs"},{"page":101,"title":"2.7.3 Added Mass"}]},{"page":102,"title":"2.8 External Sources"},{"page":105,"title":"2.9 Free-Body Diagram Method"},{"page":112,"title":"2.10 Static Deflections and Gravity"},{"page":115,"title":"2.11 Small Angle or Displacement Assumption"},{"page":118,"title":"2.12 Equivalent Systems Method"},{"page":124,"title":"2.13 Benchmark Examples","children":[{"page":124,"title":"2.13.1 Machine on a Floor in an Industrial Plant"},{"page":125,"title":"2.10.2 Simplified Suspension System"}]},{"page":126,"title":"2.14 Further Examples"},{"page":134,"title":"2.15 Chapter Summary","children":[{"page":134,"title":"2.15.1 Important Concepts"},{"page":135,"title":"2.15.2 Important Equations"},{"page":137,"title":"Problems"},{"page":137,"title":"Short Answer Problems"},{"page":141,"title":"Chapter Problems"}]}]},{"page":155,"title":"CHAPTER 3 FREE VIBRATIONS OF SDOF SYSTEMS","children":[{"page":155,"title":"3.1 Introduction"},{"page":156,"title":"3.2 Standard Form of Differential Equation"},{"page":158,"title":"3.3 Free Vibrations of an Undamped System"},{"page":165,"title":"3.4 Underdamped Free Vibrations"},{"page":172,"title":"3.5 Critically Damped Free Vibrations"},{"page":174,"title":"3.6 Overdamped Free Vibrations"},{"page":178,"title":"3.7 Coulomb Damping"},{"page":185,"title":"3.8 Hysteretic Damping"},{"page":189,"title":"3.9 Other Forms of Damping"},{"page":192,"title":"3.10 Benchmark Examples","children":[{"page":192,"title":"3.10.1 Machine on the Floor of an Industrial Plant"},{"page":193,"title":"3.10.2 Simplified Suspension System"}]},{"page":196,"title":"3.11 Further Examples"},{"page":203,"title":"3.12 Chapter Summary","children":[{"page":203,"title":"3.12.1 Important Concepts"},{"page":204,"title":"3.12.2 Important Equations"},{"page":206,"title":"Problems"},{"page":206,"title":"Short Answer 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on Floor of Industrial Plant"},{"page":634,"title":"9.7.2 Simplified Suspension System"}]},{"page":638,"title":"9.8 Further Examples"},{"page":641,"title":"9.9 Chapter Summary","children":[{"page":641,"title":"9.9.1 Important Concepts"},{"page":642,"title":"9.9.2 Important Equations"},{"page":643,"title":"Problems"},{"page":643,"title":"Short Answer Problems"},{"page":645,"title":"Chapter Problems"}]}]},{"page":651,"title":"CHAPTER 10 VIBRATIONS OF CONTINUOUS SYSTEMS","children":[{"page":651,"title":"10.1 Introduction"},{"page":654,"title":"10.2 General Method"},{"page":657,"title":"10.3 Second-Order Systems: Torsional Oscillations of a Circular Shaft","children":[{"page":657,"title":"10.3.1 Problem Formulation"},{"page":660,"title":"10.3.2 Free-Vibration Solutions"},{"page":668,"title":"10.3.3 Forced Vibrations"}]},{"page":669,"title":"10.4 Transverse Beam Vibrations","children":[{"page":669,"title":"10.4.1 Problem Formulation"},{"page":672,"title":"10.4.2 Free 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This text provides a brief review of the principles of dynamics so that terminology and notation are consistent and applies these principles to derive mathematical models of dynamic mechanical systems. The methods of application of these principles are consistent with popular Dynamics texts. Numerous pedagogical features have been included in the text in order to aid the student with comprehension and retention. These include the development of three benchmark problems which are revisited in each chapter, creating a coherent chain linking all chapters in the book. 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The methods of application of these principles are consistent with popular Dynamics texts. Numerous pedagogical features have been included in the text in order to aid the student with comprehension and retention. These include the development of three benchmark problems which are revisited in each chapter, creating a coherent chain linking all chapters in the book. 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