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Our research focuses at the
interaction of mechanics (solid, fluid, thermal), materials, and
manufacturing. Our scientific investigation has been carried out
experimentally, theoretically, and numerically. Detailed characterizations
of material responses to processing are an integral part of our endeavor.
Our effort has been focused on (1) advanced laser materials processing and
(2) advance robotic health care.
Advanced Laser Materials Processing Area
Renewable Energy: Laser Assisted Processing of Composite Materials and Solar
Cells
Laser Joining of Dissimilar Metals and Transparent
Dielectrics
Ultrafast Laser Processing of Dielectrics and
Semiconductors
Microstructural Modification of NiTi Shape Memory
Alloys and Biodegradable Polymers
Laser Micromachining and
Laser Ablative Cleaning
Micro-scale Laser Shock Peening (micro-LSP) and
Micro-scale Laser Peen Forming (micro-LPF)
Laser Forming and Laser Correction of Distortions
Advanced Robotic
Health Care Area
Automated Robotically-Based High-Throughput
Radiation Biodosimetry (with the
Center of Radiological Research, Columbia University Medical Center)
Robotic Preparation of cDNA from Single Cells:
(with St. Luke's-Roosevelt Hospital Center, New York).
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