You
can purchase this book clicking here.
If you wish to purchase further titles
already reviewed here, please return each time to SBB.
Using the direct links available at our site is easier than searching by
title, author, or ISBN number.
EDITORIAL INFORMATION
This volume in two parts presents the proceeding of
the 12th Annual AAS/AIAA Spaceflight Mechanics Meeting held in San Antonio,
Texas, January 27-30, 2002.
(Extracted from the Press Release).
GENERAL TABLE OF CONTENTS
- -Foreword.
- -Preface.
- -Contents.
- -Part II:
- -Attitude Dynamics and Control.
- -Using Inertial Measurements for the Reconstruction
of 6-DOF Entry, Descent, and Landing Trajectory and Attitude Profiles.
-Effect of Coriolis Terms in Thrust Equations for Misaligned Strap-on
Solid Rocket Motors.
-Analysis of Variable Speed Control Moment Gyroscopes for Reorientation
Maneuvers of Rigid Spacecraft.
-Equilibria of an n-Link Chain in a Circular Orbit.
- -Orbital Mechanics IV.
- -Design of Earth Return Orbits for the Wind
Mission.
-The Orbital Perturbation Environment for the COBRA and COBRA Teardrop
Elliptical Constellations.
-The Probability of a Laser Beam Illuminating a Space Object.
-Assessing the Instantaneous Risk of Direct Satellite Impingement.
-Orbit and Attitude Maneuvers Using Single Offset Axial Thruster.
- -Tensegrity Stractures.
- -Equilibrium Conditions
of a Class I Tensegrity Structure.
-Decentralized Control of Stable-Element Tensegrity Plates.
-Equilibria and Stiffness of Planar Tensegrity Structures.
- -Formation Flying II.
- -Formation Flying:
Accommodating Non-Linearity and Eccentricity Perturbations.
-Long-Duration Analysis of the J2-Model Equations of Relative Motion for
Satellite Clusters.
-The State Transition Matrix for Relative Motion of Formation Flying
Satellites.
-A Study of the Steering Law of Satellite Formation Flight Using Solar
Radiation Pressure.
-Application of Several Control Techniques for the Ionospheric
Observation Nanosatellite Formation.
-The Dynamics of Formation Flight About a Stable Trajectory.
- -Orbit Determination I
- -Using Fractional Gaussian Noise Models in Orbit
Determination.
-Optimal Orbit Determination.
-Application of Genetic Algorithms to Orbit Determination of Tethered
Satellite System.
-Comparison of the Russian and US Algorithms for Catalog Maintenance for
Geosynchronous Satellites.
-More Results of Naval Space Surveillance System Calibration Using
Satellite Laser Ranging.
-Validation Results of an Algorithm for Real-Time Atmosphere Density
Correction and Prediction.
- -Tether Satellite System.
- -Dynamics of Tethered Satellite Formation.
-Effect of Distributed Rod and String Flexibility on Formation Dynamic
Stability.
-Dynamic Stability of a Bare Tether as a Deorbiting Device.
-Orbital Maneuvering With Electrodynamic Tethers.
-Overview of the Tag (Tethered Artificial Gravity Satellite Program).
- -Optimization and Control.
- -Direct Multiphase Optimisation of Multiobjective
Trajectory Design Problems.
-Stability Issues Using FIR Filtering in Repetitive Control.
-Frequency Domain Prediction of Final Error Due to Noise in Learning and
Repetitive Control.
-Application of the SDC Optimal Control Algorithm to Low-Thrust Escape
and Capture Trajectory Optimization.
-On the USe of Root Locus Departure Angle Information to Design
Compensators in Repetitive Control.
- -Orbit Determination II.
- -Precise Orbit
Determination for CHAMP Using Acceleromter Data.
-Effect of GPS Orbit Accuracy on CHAMP Precision Orbit Determination.
-Effects of On-Board GPS Antenna Phase Center Variations on CHAMP
Precision Orbit Determination.
-State Estimation for Drag-Free Control of the STEP Satellite.
-Effect of GPS Orbit Errors on a Low-Low Satellite-to-Satellite Tracking
Mission.
-Antenna Phase Center Determination of Inter-Communicating Satellites.
- -Current & Future Use of NASA's Deep Space
Network.
- -The RAPSO Process.
-the DSN Viewperiods Used for a Mission (A Look at the Times When
Communications Windows Can be Scheduled Between the DSN and the
Projects).
-JPL RAPSO Long-Range Forecasting.
-Using Available DSN Tracking Coverage as a Design Parameter in Mission
Proposals (A Look at a Simulated Mission, and the Effect Upon the DSN
Load Based Upon Different Launch Opportunities).
|