search

UMD     This Site





ISR Assistant Research Scientist Susanne Sterbing-D'Angelo is featured in this Forbes magazine news story that overviews bio-inspired flight research based on bats.

Sterbing-D'Angelo speaks about her work using 3D printers to create large polymer fiber hairs that mimic hairs on bat wings. The robust plastic hairs will be mounted on a sensor chip and placed on different parts of small, unmanned aircraft wings, to measure air flow from different places on the wing, delivering information about air speed and directionality.

This work is one of the products of recent research published in Cell Reports.

Related Articles:
Bats' touch sensor cells enable precision flight
Heavy media coverage for bat wing hair research findings
Tiny hairs on bats? wings act as speedometers
Wen, Horiuchi are runners up for BioCAS 2018 Best Paper Award
New AFOSR NIFTI Center features eight Clark School faculty
Alumna Kirsten Bohn's bat song research is Science cover story
Derek Paley is PI for new AFOSR grant
Oct. 9, 9 pm: Moss lab featured in National Geographic's "Brain Games"
Moss research uncovers bats' systematic 'active sensing' strategies
Moss wins DURIP Award for bat fluttering flight control research

May 15, 2015


«Previous Story  

 

 

Current Headlines

Smooth Sailing: MATRIX Dives Into Ship Inspecting

UMD Lauded at DARPA Lift Challenge

UMD ECE Team Launches $1.8M DARPA Project to Make AI Energy-Aware

UMD Joins NSF's $400M AI Nanofabrication Initiative

Two Patents Awarded to UMD Researchers

New Speech Model Reads Mouth Movement Across Languages

ISR/ECE Team Earns Best Presentation Award at IEEE PEASA

Securing Edge Devices for the Post-Quantum Era

University System of Maryland and NASA Sign Five-Year Space Act Agreement to Advance Student Innovation in Space Exploration

New Graduate Program Teaches Real-World Autonomy Skills

 
 
Back to top  
Home Clark School Home UMD Home