ABRIDGED CONTENTS (Volume 83, Advances in the Astronautical Sciences, Dynamics of Space Tether Systems)

Page

INTRODUCTORY SECTIONS

Foreword vii

Historical 7

Concept of the Book 9

Computer Aid 13

Nomenclature 15

1. TETHERS IN SPACE 19

Space Tethers Prospects 20

Science Fiction and Reality 34

Mechanical Models 42

Perturbations 48

The Main Points 59

2. DYNAMIC PROBLEMS 61

Model with a Massless Tether 62

Massive Tether: Motion of the Mass Center 66

Pendular Motions 71

Oscillations Against a Pendular Motion 78

Stationary Motions 83

Investigation of Stability 87

Forced Oscillations 95

Fast and Slow Components of Tether Motion 98

The Main Points 111

3. TETHER IN THE NEWTONIAN FIELD 115

Classification of Motions with a Massless Tether 116

Equilibria of a Massive Tether 120

Conditions at the Tether Ends 132

Bifurcations of Equilibria and Stability 137

Radial Configurations 148

Stability of Radial Configurations 153

Natural Frequencies and Modes of Oscillations 164

Nonlinear Oscillations 176

Rotation of the End-Bodies 183

The Main Points 195

4. TETHERED ATMOSPHERIC PROBE 199

Aerodynamic Forces 200

Classification of Motions with a Massless Tether 202

Equilibria of a Massive Tether 208

Stability of Stationary Motions 216

Aerogradient Instability 226

Sounding Feasibility Assessment 241

Periodic Perturbations 253

The Main Points 264

5. ELECTRODYNAMIC TETHER 267

Physical Description 268

Analysis of Motion with a Massless Tether 272

Equilibria of a Massive Tether 281

Stability of Stationary Motions 291

Generation and Propulsion Feasibility Assessment 304

Forced Oscillations and Orbit Evolution 310

Petal-Like Configurations 314

The Main Points 321

6. TRAVELING TETHER 323

Equations of Motion with a Traveling Tether 324

The Loops of a Traveling Tether 332

The Main Points 337

7. DAMPING OSCILLATIONS 339

Possible Ways of Damping 340

Decrements for a Massive Tether 348

Damping with a Movable Boom 353

The Main Points 358

8. ROTATION AND LIBRATION 361

Classification of Motions with a Massless Tether 362

Motions with a Slack Tether 369

Pendular Motions with a Massive Tether 378

Modal Decomposition 383

The Main Points 395

9. DEPLOYMENT AND RETRIEVAL 397

Exponential Deployment and Retrieval 398

Uniform Deployment and Retrieval 401

Some General Limitations 415

Tether Configuration During Deployment and Retrieval 420

Modal Expansion and Analysis of Transient Processes 427

Motion after Tether Release or Failure 435

The Main Points 440

10. ANCHORED TETHER 443

Motions of a Lunar Tethered Satellite 444

Stationary Configurations 451

Stability of Radial Configurations 457

Motion of a Phobos’ Anchored String 461

The Main Points 463

11. SATELLITE RING 465

Discrete and Continuum Models 466

Stability of a Continuum Ring 468

Stability of a Discrete Ring 476

Analogy to Meteor Rings 479

The Main Points 482

END SECTIONS

References 485

Subject Index 495

List of Tables 499