دانلود کتاب های Graham Kelly

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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 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VIBRATIONS","children":[{"page":755,"title":"12.1 Introduction"},{"page":756,"title":"12.2 Sources of Nonlinearity"},{"page":761,"title":"12.3 Qualitative Analysis of Nonlinear Systems"},{"page":765,"title":"12.4 Quantitative Methods of Analysis"},{"page":767,"title":"12.5 Free Vibrations of SDOF Systems"},{"page":771,"title":"12.6 Forced Vibrations of SDOF Systems with Cubic Nonlinearities"},{"page":777,"title":"12.7 MDOF Systems","children":[{"page":777,"title":"12.7.1 Free Vibrations"},{"page":778,"title":"12.7.2 Forced Vibrations"}]},{"page":778,"title":"12.8 Continuous Systems"},{"page":779,"title":"12.9 Chaos"},{"page":787,"title":"12.10 Chapter Summary","children":[{"page":787,"title":"12.10.1 Important Concepts"},{"page":787,"title":"12.10.2 Important Equations"},{"page":788,"title":"Problems"},{"page":788,"title":"Short Answer Problems"},{"page":793,"title":"Chapter Problems"}]}]},{"page":799,"title":"CHAPTER 13 RANDOM VIBRATIONS","children":[{"page":799,"title":"13.1 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