KAUSS Lab is dedicated to the computational analysis
and design of deployable space structures.
/ who we are /
We pursue a fundamental understanding of structural mechanics across advanced materials and space environments.
Our research focuses on designing deployable, lightweight, and reliable structural systems for next-generation spacecraft.
SPACE STRUCTURES
ADVANCED COMPOSITES
DEPLOYABLE SYSTEMS
SMALL SATELLITES
/ Core Focus /
This research focuses on advanced reconfigurable and deployable structural systems for aerospace applications, enabling compact stowage and reliable deployment in space. The laboratory develops innovative mechanisms and structural concepts to enhance adaptability and mission efficiency.
This research focuses on the design and analysis of lightweight and deployable structures for small satellites to ensure structural reliability during launch and on-orbit operations.
The laboratory investigates ultralightweight and flexible composite structures using advanced materials and manufacturing techniques. Research aims to improve stiffness-to-weight ratio, durability, and structural performance under extreme aerospace environments.
This research explores the integration of shape memory materials into adaptive aerospace structures. By utilizing smart materials with self-actuating capabilities, the laboratory aims to develop next-generation morphing and intelligent structural systems.
/ Research Performance /
/ Lab Updates /
/ research inquiries /
