Session
Weekend Session 1: Advanced Technologies - Research & Academia I
Location
Utah State University, Logan, UT
Abstract
Performance of space-based optics could be greatly enhanced by using deployable origami-based arrays, which can offer a large aperture size relative to their stowed volume when compared to traditional technology, thus improving imaging quality.
In this work, we select, develop, and adapt the origami flasher pattern to serve as the foundation for a deployable array that shows promise for meeting stringent optical requirements. We apply a novel thickness accommodation technique, improve stability by adjusting geometric characteristics of the pattern, and create an array of frames for housing optical elements in a co-planar configuration. By following the guidelines in this work, more efficient and powerful optical arrays can be developed.
Design of Deployable Optical Space Arrays Based on a Thickened Origami Flasher Pattern
Utah State University, Logan, UT
Performance of space-based optics could be greatly enhanced by using deployable origami-based arrays, which can offer a large aperture size relative to their stowed volume when compared to traditional technology, thus improving imaging quality.
In this work, we select, develop, and adapt the origami flasher pattern to serve as the foundation for a deployable array that shows promise for meeting stringent optical requirements. We apply a novel thickness accommodation technique, improve stability by adjusting geometric characteristics of the pattern, and create an array of frames for housing optical elements in a co-planar configuration. By following the guidelines in this work, more efficient and powerful optical arrays can be developed.
