Collection

Astrodynamics, Estimation, and Control for Cislunar Operations

Submission status
Closed
There is significant recent interest toward utilization of cislunar orbit regimes for space mission design. This dynamic environment is rich due to space trajectories generated under gravitational fields for three or more bodies with extreme sensitivity to initial conditions and other perturbation sources. For this JAS topical collection, we invite authors to submit high-quality original contributions that address the many aspects of navigation, guidance, and control pertaining to cislunar space operations.

Editors

  • Natasha Bosanac Natasha Bosanac , 

    Natasha Bosanac

    Colorado Center for Astrodynamics Research Smead Department of Aerospace Engineering Sciences University of Colorado Boulder Boulder, CO 80303 USA

  • Roshan Eapen Roshan Eapen , 

    Roshan Eapen

    Department of Aerospace Engineering The Pennsylvania State University State College, PA 16801 USA

  • Kenshiro Oguri Kenshiro Oguri , 

    Kenshiro Oguri

    School of Aeronautics and Astronautics Purdue University West Lafayette, IN 47907 USA

  • Ryan P. Russell Ryan P. Russell , 

    Ryan P. Russell

    Department of Aerospace Engineering University of Texas at Austin 2617 Wichita Street Austin, TX 78712 USA

  • John L. Junkins John L. Junkins  &

    John L. Junkins

    Department of Aerospace Engineering Texas A&M University College Station, TX 77843-3141 USA

  • Maruthi Akella Maruthi Akella

    Maruthi Akella

    (Editor-in-Chief)

Articles (17 in this collection)