Superfast 3D imaging, optical metrology, In-situ monitoring of AM
Superfast (kilohertz) 3D imaging and photomechanicstesting
- Characterizethedynamicsandmechanicsofrapidchangingeventssuchasflappingflight,rotatingfans,rivuletflow,icing,mechanicalvibrations,etc.
- High-speed3Ddeformation,displacementandstrainmeasurementsofmechanicalevents
Multi-scale 3D optical metrology
- 3D surface topographical measurements
- In-situ inspection and dimensional metrology for manufactured components
In-situ/in-process monitoring for additive manufacturing (AM)
- Real-time in-process surface topographical measurements for AM
Beiwen Li
Assistant Professor, Mechanical Engineering
Office: 2092 Black Engineering
Tel: (515)294-9226
Fax: (515)294-3261
Lab page: www.3daoslab.com
Funded Research Sponsors
-
DoE: the REMADE institute
Keywords
- Superfast 3D imaging, 3D optical metrology, photomechanicstesting, in-situ/in-processing monitoring of AM, 3D surface topographical measurements
Recognitions, Awards and Patents
-
2020 SPIE Rising Researcher Award
-
2019 SPIE Photonics West Best Student Paper Award (by mentoring PhD student Vignesh Suresh)
-
US Patent 10,412,365 (Awarded in 2019)