Analytical Dynamics of Nonlinear Rotors（非线性转子的解析动力学）（英文版）
定价：￥99.00
作者： Yeyin Xu，Jianzhe Huang，Albert C.J.Luo
出版社：高等教育出版社
- 高等教育出版社
- 9787040657036
- 1版
- 特殊
目录
目录
前辅文
1 Introduction
1.1 Rotor Systems with Elastic Support
1.2 Rotor Systems with Journal Bearings
1.3 Analytical and Semi-analytical Methods
1.4 Book Layout
References
2 Analytical Methods for Periodic Motions
2.1 Generalized Harmonic Balance Method
2.2 Implicit Mapping Method
References
3 Buckled Nonlinear Jeffcott Rotors
3.1 Analytical PeriodicMotions
3.2 Bifurcation Trees via Imbalance Eccentricity
3.2.1 Period-1Motions
3.2.2 Analytical Bifurcation Trees
3.3 Numerical Illustrations
References
4 Semi-analytical Nonlinear Jeffcott Rotors
4.1 Semi-analytical Periodic Motions
4.2 Period-1 to Period-8Motions
4.2.1 Bifurcation Trees
4.2.2 Frequency-Amplitude Characteristics
4.3 Numerical Simulations
References
5 Modeling of Journal Bearing Rotors
5.1 Oil Film Pressure
5.2 Oil Film Forces
5.3 Mechanical Model of Journal Bearing Rotor System
5.3.1 A 4-DOF Journal Bearing Rotor System
5.3.2 A 2-DOF Journal Bearing Rotor System
References
6 2-DOF Journal Bearing Rotors
6.1 Mechanical Model
6.2 Implicit Mapping Method for Periodic Motions
6.3 Period-mMotions
6.4 Frequency-Amplitude Characteristics
6.5 Numerical Simulations
References
7 4-DOF Journal Bearing Rotors
7.1 Mechanical Model
7.2 Implicit Mapping Method for Periodic Motions
7.3 Period-mMotions
7.4 Analytical Prediction of Periodic Motions
References
Subject Index
前辅文
1 Introduction
1.1 Rotor Systems with Elastic Support
1.2 Rotor Systems with Journal Bearings
1.3 Analytical and Semi-analytical Methods
1.4 Book Layout
References
2 Analytical Methods for Periodic Motions
2.1 Generalized Harmonic Balance Method
2.2 Implicit Mapping Method
References
3 Buckled Nonlinear Jeffcott Rotors
3.1 Analytical PeriodicMotions
3.2 Bifurcation Trees via Imbalance Eccentricity
3.2.1 Period-1Motions
3.2.2 Analytical Bifurcation Trees
3.3 Numerical Illustrations
References
4 Semi-analytical Nonlinear Jeffcott Rotors
4.1 Semi-analytical Periodic Motions
4.2 Period-1 to Period-8Motions
4.2.1 Bifurcation Trees
4.2.2 Frequency-Amplitude Characteristics
4.3 Numerical Simulations
References
5 Modeling of Journal Bearing Rotors
5.1 Oil Film Pressure
5.2 Oil Film Forces
5.3 Mechanical Model of Journal Bearing Rotor System
5.3.1 A 4-DOF Journal Bearing Rotor System
5.3.2 A 2-DOF Journal Bearing Rotor System
References
6 2-DOF Journal Bearing Rotors
6.1 Mechanical Model
6.2 Implicit Mapping Method for Periodic Motions
6.3 Period-mMotions
6.4 Frequency-Amplitude Characteristics
6.5 Numerical Simulations
References
7 4-DOF Journal Bearing Rotors
7.1 Mechanical Model
7.2 Implicit Mapping Method for Periodic Motions
7.3 Period-mMotions
7.4 Analytical Prediction of Periodic Motions
References
Subject Index
前辅文
1 Introduction
1.1 Rotor Systems with Elastic Support
1.2 Rotor Systems with Journal Bearings
1.3 Analytical and Semi-analytical Methods
1.4 Book Layout
References
2 Analytical Methods for Periodic Motions
2.1 Generalized Harmonic Balance Method
2.2 Implicit Mapping Method
References
3 Buckled Nonlinear Jeffcott Rotors
3.1 Analytical PeriodicMotions
3.2 Bifurcation Trees via Imbalance Eccentricity
3.2.1 Period-1Motions
3.2.2 Analytical Bifurcation Trees
3.3 Numerical Illustrations
References
4 Semi-analytical Nonlinear Jeffcott Rotors
4.1 Semi-analytical Periodic Motions
4.2 Period-1 to Period-8Motions
4.2.1 Bifurcation Trees
4.2.2 Frequency-Amplitude Characteristics
4.3 Numerical Simulations
References
5 Modeling of Journal Bearing Rotors
5.1 Oil Film Pressure
5.2 Oil Film Forces
5.3 Mechanical Model of Journal Bearing Rotor System
5.3.1 A 4-DOF Journal Bearing Rotor System
5.3.2 A 2-DOF Journal Bearing Rotor System
References
6 2-DOF Journal Bearing Rotors
6.1 Mechanical Model
6.2 Implicit Mapping Method for Periodic Motions
6.3 Period-mMotions
6.4 Frequency-Amplitude Characteristics
6.5 Numerical Simulations
References
7 4-DOF Journal Bearing Rotors
7.1 Mechanical Model
7.2 Implicit Mapping Method for Periodic Motions
7.3 Period-mMotions
7.4 Analytical Prediction of Periodic Motions
References
Subject Index
前辅文
1 Introduction
1.1 Rotor Systems with Elastic Support
1.2 Rotor Systems with Journal Bearings
1.3 Analytical and Semi-analytical Methods
1.4 Book Layout
References
2 Analytical Methods for Periodic Motions
2.1 Generalized Harmonic Balance Method
2.2 Implicit Mapping Method
References
3 Buckled Nonlinear Jeffcott Rotors
3.1 Analytical PeriodicMotions
3.2 Bifurcation Trees via Imbalance Eccentricity
3.2.1 Period-1Motions
3.2.2 Analytical Bifurcation Trees
3.3 Numerical Illustrations
References
4 Semi-analytical Nonlinear Jeffcott Rotors
4.1 Semi-analytical Periodic Motions
4.2 Period-1 to Period-8Motions
4.2.1 Bifurcation Trees
4.2.2 Frequency-Amplitude Characteristics
4.3 Numerical Simulations
References
5 Modeling of Journal Bearing Rotors
5.1 Oil Film Pressure
5.2 Oil Film Forces
5.3 Mechanical Model of Journal Bearing Rotor System
5.3.1 A 4-DOF Journal Bearing Rotor System
5.3.2 A 2-DOF Journal Bearing Rotor System
References
6 2-DOF Journal Bearing Rotors
6.1 Mechanical Model
6.2 Implicit Mapping Method for Periodic Motions
6.3 Period-mMotions
6.4 Frequency-Amplitude Characteristics
6.5 Numerical Simulations
References
7 4-DOF Journal Bearing Rotors
7.1 Mechanical Model
7.2 Implicit Mapping Method for Periodic Motions
7.3 Period-mMotions
7.4 Analytical Prediction of Periodic Motions
References
Subject Index
