1. Self-folding PDMS polymer films in response to capillary forces Open Access Author: Stokes, Sean M Title: Self-folding PDMS polymer films in response to capillary forces Area of Honors: Engineering Science Keywords: PDMSself-foldingcapillary forcesPPXmicrofabricationthin filmspolymer filmsdirectional foldinganisotropic folding File: Download Self-folding_PDMS_Polymer_Films_In_Response_to_Capillary_Forces_Schreyer.pdf Thesis Supervisors: Melik C Demirel, Thesis SupervisorMelik C Demirel, Thesis SupervisorDr. Gary L Gray, Thesis Honors AdvisorJudith A Todd Copley, Faculty Reader
2. THE CHARACTERIZATION OF A MICROCHANNEL DEVICE USING LASER BASED MICRO-PIV Open Access Author: Wang , Sicong Title: THE CHARACTERIZATION OF A MICROCHANNEL DEVICE USING LASER BASED MICRO-PIV Area of Honors: Bioengineering Keywords: microchannelmicrofluidicsmicro-PIVsoft lithographymurray lawcirculating tumor cellvelocity profilevolumetric flow ratepulastive flowPDMS File: Download THECHARACTERIZATION_OF_MICROCHANNEL_DEVICE_USING_LASER_BASEDMICROPIV.pdf Thesis Supervisors: Siyang Zheng, Thesis SupervisorSiyang Zheng, Thesis SupervisorPeter J Butler, Thesis Honors AdvisorDr. William O Hancock, Faculty Reader
3. Development of a Micro-Particle Image Velocimetry Platform to Study Thrombosis In Vitro Open Access Author: Harkins, Tice Ryan Title: Development of a Micro-Particle Image Velocimetry Platform to Study Thrombosis In Vitro Area of Honors: Biomedical Engineering Keywords: VADLVADPIVMicro-PIVthrombosisPDMSmicrofluidics File: Download Tice_Harkins_Thesis.pdf Thesis Supervisors: Dr. Keefe B Manning, Thesis SupervisorDr. William O Hancock, Thesis Honors Advisor
4. Control of Gold Nanoparticle Synthesis (AuNP) in Polydimethylsiloxane (PDMS) Open Access Author: Glickman, Danny Title: Control of Gold Nanoparticle Synthesis (AuNP) in Polydimethylsiloxane (PDMS) Area of Honors: Chemistry Keywords: Gold NanoparticlesPDMSInorganic ChemistryPhotothermal Effect File: Download THESIS-3.pdf Thesis Supervisors: Benjamin James Lear, Thesis SupervisorDavid D Boehr, Thesis Honors Advisor