Author | Title | Subject | Date | Publication Type | ||
---|---|---|---|---|---|---|
1 | Lockard, Carly Anne | Quantifying fatigue crack damage in polyethylene tibial inserts of prosthetic knee joints | Fatigue; Finite element; Polyethylene; Tibial insert; Total knee arthroplasty; UHMWPE | 2015-05 | thesis | |
2 | Li, Huizhong | Vascular coupling device for end-to-end anastomosis | Anastomosis; Blood Vessel; Finite Element Analysis; Medical Device; Microsurgery; Vascular Coupler | 2015-08 | dissertation | |
3 | Borjali, Alireza | A patterned microtexture to reduce polyethylene wear in metal on polyethylene bearings, with application in prosthetic hip implants | Biomechanics; Biomedical engineering; Mechanical engineering | 2018 | dissertation | |
4 | Brewster, Ryan Wallace | Vascular coupling device | Applied sciences | 2017 | thesis | |
5 | Doran, Michael Bryan | A superelastic helicotome for capsulorhexis | Biomedical engineering; Mechanical engineering; Design | 2018 | thesis | |
6 | Cavilla, Matthew Stephen | A superelastic helicotome for capsulorhexis | Capsulorhexis; cataract; design; medical device; nitinol; ophthalmology | 2016 | thesis | |
7 | Ho, Scott | Bioresorbable multidrug delivery conduit to promote peripheral nerve regeneration | diffusion model; drug delivery; nerve conduit; peripheral nerve regeneration; PLGA | 2016 | thesis | |
8 | Ho, Scott | Bioresorbable multidrug delivery conduit to promote peripheral nerve regeneration | diffusion model; drug delivery; nerve conduit; peripheral nerve regeneration; PLGA | 2016 | thesis | |
9 | Labroo, Pratima | Conduit based drug delivery device for peripheral nerve regeneration | Bioengineering; Neurosciences; Biomedical engineering; Physiology | 2017 | dissertation | |
10 | Chyr, Anthony | Experimental study of using a patterned microtexture to reduce friction in prosthetic hip joints | Friction; Hip replacement; Laser surface texture; Prosthetic; UHMWPE; Wear | 2014-08 | thesis | |
11 | Sanders, Anthony Paul | Surrogate theory for Hertzian contact pairs: application to simplify wear testing of ceramic hip prosthesis materials | Ceramic; Edge loading; Hip; Prosthesis; Squeaking; Wear | 2012-12 | dissertation | |
12 | Sonkul, Rahul Subhash | Integrated polymethylmethacrylate - polydimethylsiloxane devices for microfluidic applications | Microfluidics; Polymers | 2009-10-19 | thesis | |
13 | Kim, Younghwan | Analysis of the biomarkers detectable titanium dioxide nanotubes based sensing platforms | Biomedical Engineering; Nanoscience; Nanotechnology | 2013 | thesis |