Fault Tolerant Control of Satellite Orbital Maneuvering Based on Virtual Actuator

Masoud Dehnad; Morteza Farhid; Samira Mazhari Anvar

Volume 3, Issue 2 , February 2024, , Pages 115-125


  In this article, a fault tolerant control based on a virtual actuator is used for the maneuvering of low earth orbit satellites that are subject to the loss of the effectiveness and additive actuator faults as well as natural disturbances such as atmospheric drag, earth's gravity, solar radiation and ...  Read More

Improving the Method of Satellite Station Keeping in Geostationary Orbit with Considerations of fuel Consumption Restrictions

Hossein Maghsoudi Dehaghani; Amirreza Kosari; Mahdi Fakoor; Masoud Khoshsima

Volume 1, Issue 2 , March 2022, , Pages 49-65


  Due to the unique characteristics of the geostationary orbit and the importance of establishing a satellite in this flying corridor، it is necessary to investigate the effect of environmental disturbances on the orbital elements and to maintain the satellite orbital elements in order to increase the ...  Read More