Draft deadline3d 7m (Oct 24, 2021 at 04:45 PM)
Final Deadline3d 15h 14m (Oct 25, 2021 at 07:51 AM)
Type of serviceDissertation services
Type of assignmentDissertation Chapter – Literature review
SubjectEngineering
Pages / words15 / 4125
Number of sources15
Academic levelMaster’s
Paper formatMLA
Line spacingDouble
Language style
US English
Additional features
Draft required
3 pages + well-structured + cited references
Description1.0 PROBLEM INTRODUCTION
The field of microfluidics has been heavily facilitated using elastic polymers, the most widely used, being polydimethylsiloxane (PDMS). With PDMS, nanoscale geometry can be fabricated using various methods such as soft lithography molding [ ], fused deposited material (FDM) 3D printing molds [ ], FDM 3D printed sacrificial mold [ ], and 3D stereolithography (SLA) [ ]. The high elasticity of PDMS allows an exaggerated interface between fluid and structure. This exaggerated interface can be a novel approach to defining fluid-structure interactions (FSI) in nano/micro-scale fluidics. This study will investigate, both experimentally and theoretically, long high aspect ratio channels with thin wall geometry of PDMS subject to a range of known reservoir pressures.
The field of microfluidics has been heavily facilitated using elastic polymers, the most widely used, being polydimethylsiloxane (PDMS). With PDMS, nanoscale geometry can be fabricated using various methods such as soft lithography molding [ ], fused deposited material (FDM) 3D printing molds [ ], FDM 3D printed sacrificial mold [ ], and 3D stereolithography (SLA) [ ]. The high elasticity of PDMS allows an exaggerated interface between fluid and structure. This exaggerated interface can be a novel approach to defining fluid-structure interactions (FSI) in nano/micro-scale fluidics. This study will investigate, both experimentally and theoretically, long high aspect ratio channels with thin wall geometry of PDMS subject to a range of known reservoir pressures.
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