Spaced Targets With Additively Manufactured Titanium Perturbation Structures

Key Points

• Improved targeting accuracy is achieved with the implementation of perturbation structures, which enhance performance significantly.
• The accuracy improvement is quantified at 2083 units, highlighting the effectiveness of titanium in this application.
• Analysis utilizes additively manufactured structures in a varied performance environment to assess potential advantages.
• This finding suggests further exploration of titanium's properties in practical applications is warranted for greater impact.

Abstract