Nonlinear Science and Complexity

Nonlinear Science and Complexity

von: J.A. Tenreiro Machado, Albert C.J. Luo, Ramiro S. Barbosa, Manuel F. Silva, Lino B. Figueiredo

Springer-Verlag, 2010

ISBN: 9789048198849 , 426 Seiten

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Nonlinear Science and Complexity


 

Preface

5

Contents

7

Nonlinear Dynamics of Continuous and Discontinuous Dynamical Systems

12

On Synchronization and Its Complexity of Multiple Dynamical Systems

13

Introduction

13

Basic Concepts

14

Discontinuous Descriptions

16

Complexity by System Synchronization

19

References

22

Periodic and Chaotic Motions in a Gear-pair Transmission System with Impacts

23

Introduction

23

Equations of Motion

24

Switching Sets and Mappings

26

Mapping Structures

29

Parameter Maps and Illustrations

31

Conclusions

33

References

33

Analytical Prediction of Interrupted Cutting Periodic Motions in a Machine Tool

35

Introduction

35

Mechanical Model

36

Motion Switchability Conditions

39

Mappings Structure

41

Numerical and Analytical Predictions

42

Summary

44

Appendix

44

References

46

Control of Hopf Bifurcation and Chaos as Applied to Multimachine System

47

Introduction

47

System Description

48

Mathematical Model

49

System Response without Controller

49

Control of Hopf Bifurcation and Chaos

51

Control of Critical Modes

51

Control of Hopf Bifurcation

52

Numerical Simulation Results

55

Linear Controller

55

Nonlinear Controller

56

References

58

Lie Group Analysis and Applications in Nonlinear Sciences

59

Group-Invariant Solutions of Fractional Differential Equations

60

Introduction

60

Transformation Groups and Symmetries of FDE

61

Group Classification of Equations Dalphax y = f(x,y)

63

Exact Solutions of Equation Dalpha y =f(x,y)

65

References

67

Type-II Hidden Symmetries for Some Nonlinear Partial Differential Equations

69

Introduction

69

Weak Symmetries for the Model Equation

70

Linear Three-Dimensional Wave Equation

73

References

74

Nonclassical and Potential Symmetries for a Boussinesq Equation with Nonlinear Dispersion

75

Introduction

75

Nonclassical Symmetries

76

Classical Potential Symmetries

78

Nonclassical Potential Symmetries

79

Concluding Remarks

79

References

80

Application of the Composite Variational Principle to Shallow Water Equations

81

Introduction

81

Symmetry Group Analysis of the Shallow Water Equations in the Plane Flow

83

Derivation of Conservation Laws

83

Conclusion

85

References

85

Conserved Forms of Second Order-Ordinary Differential Equations

87

Introduction

87

lambda-Symmetries Associated to Integrating Factors

88

Integrating Factors Associated to lambda-Symmetries

89

Algorithm to Calculate Integrating Factors Based on lambda-Symmetries

90

Conclusions

91

References

92

Analytical Investigation of a Two-Phase Model Describing a Three-Way-Catalytic Converter

93

Introduction

93

The Group Theoretical Approach

94

Reductions and Solutions

96

Conclusion

98

References

99

Celestial Mechanics and Dynamical Astronomy: Methods and Applications

101

The Role of Invariant Manifolds in the Formation of Spiral Arms and Rings in Barred Galaxies

102

Introduction

103

Results

103

References

104

Continuous and Discrete Concepts for Detecting Transport Barriers in the Planar Circular Restricted Three Body Problem

106

Introduction

106

Methods and Results

107

Finite-Time Lyapunov Exponents

107

Graph Partitioning Techniques

108

Graph Based Expansion

109

Discussion

111

References

111

Low-Energy Transfers in the Earth-Moon System

113

Introduction

113

The Model

114

Collinear Points Dynamics

115

Methodology

116

Rescue Orbits

117

Results

117

LEO Transfers

118

Results

119

Conclusions

119

References

120

Gravitational Potential of a Massive Disk. Dynamics Around an Annular Disk

121

The Massive Disk and Its Potential Function

121

Dynamics Around a Circular Annulus

123

References

127

An Accounting Device for Biasymptotic Solutions: The Scattering Map in the Restricted Three Body Problem

128

References

129

Optimal Capture Trajectories Using Multiple Gravity Assists

130

Introduction

130

The Keplerian Map

131

Control Problem Formulation

132

Optimal Feedback

133

Discretization

133

Low Energy Multiple Gravity Assists

134

Conclusion

135

References

135

New Periodic Orbits in the Solar Sail Three-Body Problem

136

Introduction

136

Equations of Motion in the Rotating Frame

137

Linearised System

139

High-Order Approximations to Periodic Orbits

139

The Solar Sail ERTBP

141

Stability of Periodic Orbits in the Solar Sail RTBP

142

Conclusion

143

References

143

A Review of Invariant Manifold Dynamics of the CRTBP and Some Applications

144

The Models

144

Lindstedt Poincaré and Normal Forms Techniques

146

Normal Forms

146

Applications to Classical Problems of Libration Point Mission Design

148

References

150

Solar Sail Orbits at the Earth-Moon Libration Points

152

Introduction

152

Solar Sail in the Earth-Moon Restricted Three-Body Problem

153

Qualitative Approach

153

Equations of Motion in Presence of Solar Sail

154

Solution of the Linearized Equations of Motion

156

Numerical Integration of the Nonlinear Equations of Motion

157

Conclusion

159

References

159

Mathematical Modeling of Nonlinear Structures in Bose-Einstein Condensates

161

Collisions of Discrete Breathers in Nonlinear Schrödinger and Klein-Gordon Lattices

162

Introduction

162

DNLS Lattices

163

Klein-Gordon Lattices

164

Interpretation

165

References

167

Stability of BEC Systems in Nonlinear Optical Lattices

168

Introduction

168

Conservative Systems (gamma2 = 0)

170

Attractive Condensate (gamma0gamma1 + 1/2)

170

Repulsive Condensate (gamma0gamma1 - 1/2)

171

Dissipative Systems

174

Conclusions

174

References

175

Nonlinear Schrödinger Equations with a Four-Well Potential in Two Dimensions: Bifurcations and Stability Analysis

176

Introduction

176

The Analytical Approach

177

Numerical Results

178

Conclusions and Future Challenges

181

References

182

Bose-Einstein Condensates and Multi-Component NLS Models on Symmetric Spaces of BD.I-Type. Expansions over Squared Solutions

183

Introduction

184

MNLS Equations for BD.I. Series of Symmetric Spaces

185

The Inverse Scattering Problem

186

The Generalized Fourier Transforms for Non-regular J

188

Fundamental Properties of the MNLS Equations

189

References

190

Mathematical Models in Engineering

191

Impulsive Boundary Layer Flow Past a Permeable Quadratically Stretching Sheet

192

Introduction

192

Governing Equations

193

Results and Discussion

194

Case (i): Linear Injection (s <=1 and b >=0)

194

Case (ii): Linear Suction (s >=1 and b <=0)

196

Case (iii): Linear Suction for x < xc and Linear Injection for x > xc (s > 1 and b > 0)

196

Case(iv): Linear Injection for x < xc and Linear Suction for x > xc (s < 1 and b < 0)

196

Note on the Value of s

199

Conclusions

199

References

199

Complete Dynamic Modeling of a Stewart Platform Using the Generalized Momentum Approach

200

Introduction

200

Stewart Platform Kinematic Structure

201

Dynamic Modeling Using the Generalized Momentum

203

Moving Platform Modeling

203

Cylinder Modeling

204

Piston Modeling

208

Dynamic Model Gravitational Components

210

Conclusions

211

References

211

Numerical Solution of a PDE System with Non-Linear Steady State Conditions that Translates the Air Stripping Pollutants Removal

212

Background

212

The Differential Model

213

The Boundary Conditions

214

The Steady State

214

The Transient State

215

The Lanczos's Tau Method

216

Initial Conditions and Differential Equations

217

Algebraic Equations

218

Conclusions and Future Work

219

References

219

Three Behavioural Scenarios for Contingent Claims Valuation in Incomplete Markets

221

Introduction

221

Three Scenarios for Price Selection

222

Allocation of Wealth and Indifference Pricing

223

Market Games Approach

224

The Risk Sharing Approach

225

Optimal Choice of the Agents Market Price of Risk

226

Conclusion

227

References

228

Undesired Oscillations in Pneumatic Systems

229

Introduction

229

Pneumatic System

230

Experimental Setup

230

Nonlinear Model

231

Pneumatic Chamber Model

232

Servovalve Model

232

Mechanical Model

233

Linearised Model

234

Friction Generated Oscillations

235

Describing Function Analysis

235

Limit Cycle Prediction

238

Experimental Results

240

Pressure Dynamics Generated Oscillations

241

Conclusions

242

References

242

A Study of Correlation and Entropy for Multiple Time Series

244

Introduction

245

Goals

245

Entropy

245

Covariance

246

Data

251

Conclusions

251

References

252

Characterization and Parameterization of the Singular Manifold of a Simple 6-6 Stewart Platform

254

Introduction

254

Forward Kinematics

256

Non-singular Case

257

Singular Case

260

Conclusions

260

References

261

Fractional Calculus Applications

262

Some Advances on Image Processing by Means of Fractional Calculus

263

Introduction

263

Time Discretization

265

Numerical Experiments

266

Conclusions

268

References

268

Application of Genetic Algorithms in the Design of an Electrical Potential of Fractional Order

270

Introduction

270

Integer and Fractional Electrical Potential

271

Conclusions

276

References

276

Mellin Transform for Fractional Differential Equations with Variable Potential

278

Introduction

278

Fractional Operators

279

The Mellin Transform and Its Properties

280

Fractional Linear Equation with Riemann-Liouville Derivative and tbeta-Potential

280

Example: Solution for Case beta=0

284

Example: Solution for Case beta= -alpha/2

285

Fractional Linear Equation with Caputo Derivative and tbeta-Potential

285

Nonhomogeneous Fractional Equations with tbeta-Potential

287

Final Remarks

287

References

288

Phase Plane Characteristics of Marginally Stable Fractional Order Systems

290

Introduction

290

Analysis of the Phase Plane

291

Analysis of Phase Plane in Marginally Stable LTI Integer Order Systems

291

Analysis of Phase Plane in Marginally Stable LTI Fractional Order Systems

292

Simulation Results

296

Conclusion

297

References

297

Application of Fractional Controllers for Quad Rotor

299

Introduction

299

Helicopter Model

300

Fractional Control

302

The Flight Simulator

303

Conclusions

304

References

304

Regularity of a Degenerated Convolution Semi-Group Without to Use the Poisson Process

306

Introduction

306

Proof of Bismut's Theorem Without to Use the Poisson Process

308

Proof of Léandre's Theorem Without to Use the Poisson Process

311

References

312

Computational Techniques for Engineering Sciences

314

Image Processing for the Estimation of Drop Distribution in Agitated Liquid-Liquid Dispersion

315

Introduction

315

Description of the Method

316

Edges Detection

316

Detection of Drops in the Contour Image

318

Results and Discussions

319

Conclusions and Future Work

321

References

321

Music and Evolutionary Computation

322

A Brief History of the Western Music

322

Music, Mathematics and Physics

323

Foundations versus Styles

324

Music and Art

325

Music and Algorithms

325

Evolutionary Computation

326

Genetic Algorithms (GAs)

326

Genetic Programming (GPs)

327

Particle Swarm Optimization (PSO)

327

Applications of EAs to Computer Music

328

Conclusions and Future Work

329

References

329

Application of Computational Intelligence to Engineering

330

Introduction

330

Identification of Material Constants with NNs

331

Problem Definition and NN Model

332

Results

333

Equipment Fault Diagnosis with Fuzzy Systems

333

Problem Definition and Fuzzy Model

334

Results

335

Digital Circuit Synthesis with EC

335

Problem Definition and the Genetic Algorithm

336

Results

337

Conclusion

337

References

338

Evolutionary Trajectory Optimization for Redundant Robots

339

Introduction

339

Kinematics of Redundant Manipulators

340

Robot Trajectory Control

341

The CLGA Formulation

341

Representation and Operators in the CLGA

342

Optimization Criteria

343

Simulation Results

343

Conclusions

345

References

345

Nonlinear Systems

346

Robust Communication-Masking via a Synchronized Chaotic Lorenz Transmission System

347

Introduction

347

The Lorenz System

348

Master-Slave Synchronization Using a Luenberger-Type Observer

349

Robustness Study

350

Modified Lorenz-Based Observer

352

Conclusions

355

References

355

A Boundary Layer Problem in Power Law Fluids through a Moving Flat Plate

356

Introduction

356

Proofs of Two Theorems

357

Proof of Theorem 1

362

Proof of Theorem 2

362

References

362

An Overview of the Behaviour of a Scattering Map for the Dynamics of Two Interacting Particles in a Uniform Magnetic Field

364

Introduction

364

The Planar Problem

365

The Spatial Problem

365

The Scattering Map for the Spatial Problem

366

Possible Applications

367

References

368

A Generalised Entropy of Curves Approach for the Analysis of Dynamical Systems

369

Introduction

369

The Generalised Entropy of Curves and its Application

370

Properties of the Generalised Entropy

372

A Comparison with Other Chaotic Indicators

372

Simulation Examples

373

Conclusions

375

References

376

Uncertainty on a Bertrand Duopoly with Product Differentiation

377

Introduction

377

The Model and the Equilibrium

378

Conclusions

382

References

382

Price-Setting Dynamical Duopoly with Incomplete Information

384

Introduction

384

The Model and the Equilibrium

385

Conclusions

389

References

390

Inductor-Free Version for Chua's Oscillator Based in Electronic Analogy

391

Introduction

391

Electronic Analogy

393

Design of an Analogous Chua's Oscillator

394

Experimental Implementation

396

Conclusions

396

References

397

Model Reduction of Nonlinear Continuous Dynamic Systems on Inertial Manifolds with Delay

398

Introduction

398

Inertial Manifolds with Time Delay

399

Governing Equations of Shallow Arch under Impact

400

Numerical Examples

401

Conclusions

402

References

403

A Fuzzy Crisis in a Duffing-Van der Pol System

404

Introduction

404

A Fuzzy Crisis in a Duffing-Van der Pol System

405

Concluding Remarks

407

References

408

Name Index

410