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Dynamics of structures with MATLAB® applications 1st Edition, Kindle Edition
by Ashok K. Jain

Paperback
Publisher: Pearson Education India; 1st edition (March 1, 2017)
Language: English
ISBN-10: 9332558558
ISBN-13: 978-9332558557

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درباره کتاب Dynamics of structures with MATLAB applications

This book is designed for undergraduate and graduate students taking a first course in Dynamics of Structures, Structural Dynamics or Earthquake Engineering. It includes several topics on the theory of structural dynamics and the applications of this theory to the analysis of buildings, bridges, towers and other structures subjected to dynamic and earthquake forces. This comprehensive text demonstrates the applications of numerical solution techniques to a large variety of practical, real-world problems under dynamic loads.

دانلود کتاب دینامیک سازه ها با برنامه MATLAB

این کتاب برای دانشجویان مقطع کارشناسی و فارغ التحصیل دوره اول در دینامیک سازه ها، دینامیک ساختاری یا مهندسی زلزله طراحی شده است. این شامل چندین مضمون در نظریه دینامیک ساختاری و کاربرد این نظریه به تجزیه و تحلیل ساختمان ها، پل ها، برج ها و سازه های دیگر است. این متن جامع برنامه های کاربردی روش های عددی را به طیف وسیعی از مشکلات عملی و واقعی در بارهای پویا نشان می دهد.

فهرست مطالب کتاب Dynamics of structures with MATLAB applications

Table of Contents
Cover
Title Page
Dedication
Contents
Preface
About the Author
Part 1 Single degree of Freedom Systems
Chapter 1 Introduction to Structural Dynamics
1.1 Introduction
1.2 Physical and Mathematical Modelling
1.3 Discrete and Continuum Modelling
1.4 Laws of Equilibrium
1.5 Types of Dynamic Loading
1.6 Solution of Equation of Motion
1.7 Illustrative Examples
Problems
Chapter 2 Single Degree of Freedom System: Free Vibrations
2.1 Introduction
2.2 Single Degree of Freedom System (SDOF)34
2.3 MATLAB Applications
2.4 Illustrative Examples
2.5 Viscous Damping
2.6 Coulomb Damping
Problems
Chapter 3 Single Degree of Freedom System: Harmonic Loading
3.1 Introduction
3.2 Undamped Forced Vibrations
3.3 Damped Forced Vibrations
3.4 MATLAB Applications
3.5 Resonant Response
3.6 Measurement of Viscous Damping
3.7 Measurement of Coulomb Damping
3.8 Illustrative Examples
Problems
Chapter 4 Single Degree of Freedom System: Periodic Loading
4.1 Introduction
4.2 Fourier Series
4.3 Undamped System
4.4 Damped System
4.5 Exponential form of Fourier Series Solution
4.6 Frequency Domain Analysis
4.7 Illustrative Examples
4.8 MATLAB Applications
4.9 Human-induced Vibrations in Structures
4.10 Codal Provisions for Human Induced Vibrations
4.10.1 Natural Frequency of Steel Framed Floor System
4.10.2 IS : 800 – 2007 Code Provisions
4.10.3 ISO 2631 – 1997 Provisions
4.10.4 ISO 10137 2007 Provisions
4.10.5 Eurocode Provisions
Problems
References
Chapter 5 Single Degree of Freedom System: Impulse Loading
5.1 Introduction
5.2 Duhamel Integral
5.3 Undamped System
5.4 Damped System
5.5 Shock Spectra
5.6 Illustrative Examples
Problems
References
Chapter 6 Single Degree of Freedom System: Machine Vibrations
6.1 Introduction
6.2 Vibration Isolation Due to Base Excitation
6.3 Vibration Isolation Due to Rotating Unbalance
6.4 Application to Earthquake Engineering
6.5 I.S. Code on Machine Foundations
6.6 Illustrative Examples
Problems
References
Further Reading
Chapter 7 Direct Integration of Equation of Motion
7.1 Introduction
7.2 Algorithms
7.3 Constant Acceleration Method
7.4 Central Difference Method
7.5 Incremental Equation of Motion
7.6 Linear Acceleration Method
7.7 Newmark β Method
7.8 Wilson θ Method
7.9 Nonlinear Problems
Problems
Chapter 8 Elastic Response Spectra
8.1 Introduction
8.2 Mathematical Background
8.3 Elastic Response Spectra
8.3.1 Displacement Response Spectra
8.3.2 Velocity Response Spectra
8.3.3 Acceleration Response Spectra
8.4 Fourier Amplitude Spectra
8.5 Design Response Spectra
8.6 Housner’s Average Spectra
8.7 Tripartite Graph
8.8 Elastic Design Tripartite Spectra
8.9 Indian Code:1893 Part 1-2002253
Problems
References
Part 2 Multi-degree of Freedom Systems
Chapter 9 Two-degree of Freedom Systems
9.1 Introduction
9.2 Undamped Free Vibrations
9.3 Undamped Forced Vibrations
9.4 Damped Forced Vibrations
9.5 Undamped Vibration Absorber
9.6 Tuned Vibration Absorber
9.6.1 Effect of Mass Ratio on the Amplitude of Primary Mass
9.6.2 Secondary Mass with Viscous Damping
9.6.3 Applications
9.7 Illustrative Examples
Problems
Chapter 10 Multi-degree of Freedom Systems
10.1 Introduction
10.2 Spring Mass Model: Mdof System
10.3 Holtzer Method
10.4 Dynamic Equilibrium Condition: Mdof System
10.5 Undamped Free Vibration Analysis
10.6 Transformation of Eigenvalue Problem to Standard Form
10.7 Normal Coordinates
10.8 Uncoupled Equations of Motion
10.9 Solution of Undamped Free Vibration Analysis
10.10 Response Spectrum Analysis
10.11 Illustrative Examples
10.12 Rayleigh Damping
Problems
Chapter 11 Systems with Distributed Mass and Elasticity
11.1 Introduction
11.2 Distributed Mass and Stiffness Systems
11.3 Simply Supported Beam
11.4 Cantilever Beam
11.5 Rayleigh’s Principle: Conservation of Energy
11.6 Multi-degree of Freedom System
11.7 Improved Rayleigh Method
11.8 Generalized Sdof Systems
11.9 Illustrative Examples
11.10 Lumped Mass System: Shear Buildings
Problems
References
Part 3 Application to Earthquake Engineering
Chapter 12 Analysis of Buildings for Earthquake Force
12.1 Introduction
12.2 What is a Building?390
12.3 Structural Systems
12.4 Concrete Frame and Shear Walls
12.5 Member Proportions
12.6 Irregularity in Configurations of Buildings
12.7 Modelling of a Building
12.8 Base Shear in a Building
12.9 Fundamental Period of Vibration
12.10 Earthquake Force
12.10.1 Seismic Coefficient Method
12.10.2 Response Spectrum Method
12.11 Response Reduction Factor
12.12 Building on Stilts
12.13 Deflection and Separation of Buildings
12.14 Illustrative Examples
12.15 Special Devices
Problems
References
Chapter 13 Nonlinear Analysis of Structures
13.1 Introduction
13.2 Overview of Nonlinearity
13.3 Modeling for Nonlinear Analysis
13.3.1 Steel Brace
13.3.2 Steel Beam
13.3.3 Steel Column
13.3.4 Concrete Beam
13.3.5 Concrete Column
13.3.6 Nonlinear Behaviour of Frames
13.4 Nonlinear Analysis
13.5 Illustrative Examples
13.6 Inelastic Response Spectra
13.7 Smoothened Inelastic Response Spectra
13.8 Illustrative Examples
13.9 Energy Dissipation Systems
13.9.1 Viscoelasticity
13.9.2 Hysteresis Behaviour of Dampers
13.9.3 ADAS Energy Dissipating System
13.10 Modeling of Expansion Gap in Bridges
13.11 Illustrative Examples
Problems
References – Further Reading
Chapter 14 Performance-based Seismic Design of Structures
14.1 Introduction
14.2 Performance-based Seismic Design
14.3 Acceptable Risk in an Earthquake
14.4 Requirements for Seismic Rehabilitation
14.5 Nonlinear Procedures
14.6 Stress–strain Curve for Concrete Section
14.7 Moment-curvature Curve for Concrete Section
14.8 Axial Force–moment Interaction Curves for Concrete
14.9 Acceleration-displacement Response Spectra (ADRS)545
14.10 Illustrative Examples
Problems
References – Further Reading
Part 4 Wind Load
Chapter 15 Wind Load
15.1 Introduction
15.2 Terminology
15.3 Wind Load
15.4 Static Wind Pressure
15.5 Illustrative Examples
15.6 Dynamic Wind Pressure
15.7 Illustrative Examples
15.8 Wind Load on a Truss Bridge
15.9 Response of Structures to Wind Load
Problems
References – Further Reading
Appendix 1 Measuring Earthquakes: Magnitude and Intensity
Appendix 2 MATLAB Basics
Answers to Selected Problems