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Author | Title | Subject | Date | Publication Type |
1 |
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Samuel, Raheel | Microfluidic research tools for neuroscience | c. elegans; genotyping; microfluidics; microvalves; PDMS; zebrafish | 2014 | dissertation |
2 |
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Kamojjala, Krishna C | Systematic code verification and validation of damage in high strength armor materials | Applied sciences; Charpy impact; Damage; Metalic armor; Method of manufactured solutions; Taylor-anvil impact | 2014 | dissertation |
3 |
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Grieve, Thomas R. | Automated calibration and registration using active appearance models for a fingernail imaging system | Finger forces; Force sensors; Image registration; Robot calibration | 2014-08 | dissertation |
4 |
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Saffioti, Jami Marie | Characterization of pediatric ocular material properties for implementation in finite element modeling | Biomechanics; Eye; Finite element modeling; Material properties; Ocular; Pediatrics | 2014-08 | dissertation |
5 |
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Petruska, Andrew J. | Design and control of a magnetic dipole source for noncontact manipulation | Magnetic manipulation; Medical robotics; Omnimagnet; Teleoperation | 2014-12 | dissertation |
6 |
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Yoo, Byungju | The effect of carrying a military backpack on a transverse slope and sand surface on lower limb during gait | Gait; Military backpack; Sand surface; Transverse slope | 2014-05 | dissertation |
7 |
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Kim, Sungdo | Ergonomic analysis of army backpack designs: back and shoulder stresses and their implications | Industrial engineering; Mechanical engineering; Biomechanics | 2014-05 | dissertation |
8 |
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Lin, Keng-Min | Implantable devices for sensing and drug delivery in ophthalmology and reconstructive surgery | BioMEMS; Intraocular pressure sensor; Medical device; Microfluidics; Nerve conduit; Nerve regeneration | 2014-12 | dissertation |
9 |
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Doxon, Andrew John | Improving combined tactile-kinesthetic haptic feedback through haptic shading algorithms and mechanical design constraints | Device design; Haptics; Psycophysical | 2014-05 | dissertation |
10 |
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Fehlberg, Mark Allen | Improving large workspace precision manipulation through use of an active handrest | Adaptive control; Admittance control; Assistive devices; Haptic interfaces; Human performance augmentation; Human robot interaction | 2014-05 | dissertation |