Abstract Space deployable mechanism plays an important role in the orbital deployment and
stable support of the antenna reflection surface, which is an important component for the …

Bulk metallic glass composites (BMGCs) with in-situ formed crystals can display tensile
ductility at room temperature, overcoming brittleness of monolithic bulk metallic glasses …

A new deployable truss structure for large caliber antennas was presented in this work. The
deploying process of the deployable structure was studied using the Moore–Penrose …

Extraterrestrial environments expose engineering components to severe operating
conditions for extended durations. Challenges of extreme temperature changes and high …

Improving the tolerance to fatigue damage for bulk metallic glass (BMG) is of vital
importance for its industrial applications during long-term mechanical service. In this work …

Metallic glasses are amorphous metals that are supercooled to a frozen, glassy state and
lack long-range order, in contrast to conventional metal structures. The lack of a well …

The truss antenna based on the tetrahedral deployable mechanism has the advantages of
good deployment stability, high stiffness, large folding rate and high profile accuracy. A new …

Advancements in bulk metallic glass thermoplastic forming unleash the potential to fabricate
microscale metallic features with unparalleled precision and durability, ie microspine …

Fe-based amorphous coatings are typically known for their high hardness and wear
resistance and are often applied using thermal spraying techniques. When cladding these …

Bulk metallic glasses (BMGs) are multi-element metal alloys with attractive properties for
spacecraft applications. With recent advances in the BMG supply chain and …