Modelling, simulating and testing the on-orbit thermal behaviour of a pico-satellite before
launch is critical to ensure component reliability and performance. Due to small thermal …

The variance-based method of global sensitivity analysis (GSA) has been widely applied in
spacecraft thermal design, which is typically calculated using Monte Carlo estimations …

Estimating temperature is essential both to design reliable CubeSats and to keep it under
maximum operating efficiency. This paper presents the transient thermal simulation of a …

Thermal-structural analysis of satellite camera in the early design phase as well as during
the later experimental verification is important due to the extreme thermal environment. The …

TURKSAT-3USAT is the first Turkish communication 3U CubeSat designed and built by the
students of the Space Systems Design and Test Laboratory and Radio Frequency …

Lacking the atmosphere for temperature neutralization, objects in outer space without
thermal control undergo large temperature swings. Effective temperature management …

There has been increasing interest in satellite design and manufacture. Satellites require
complex components that must withstand severe mechanical and thermal conditions …

During satellite development, engineers need to simulate and understand the satellite's
behavior in orbit and minimize failures or inadequate satellite operation. In this sense, one …

The thermal design parameters of space telescopes are mainly optimized through traversal
and iterative attempts. These optimization techniques are time consuming, rely heavily on …

In this study, a thermal model of a space telescope is established in Simulink. An intelligent
autonomous thermal control strategy based on actor-critic reinforcement learning (RL) for …