Student Project Abstracts 2005 - Pluto - University of Washington

THE DESIGN OF A FLUID DELIVERY SYSTEM FOR MICRO-CORE OPTICAL FIBERAPPENDIXDistance Internal Diameter Outer Diameter Aspect Ratio Upper bound Lower bound0 58 584 0.09931507 0.10273973 0.0958904115 127 503 0.25248509 0.25646123 0.24850894610 130 500 0.26 0.264 0.25633 118 483 0.24430642 0.2484472 0.24016563140 124 476 0.2605042 0.26470588 0.25630252147 112 479 0.23382046 0.23799582 0.22964509461 98 472 0.20762712 0.21186441 0.20338983168 95 484 0.19628099 0.20041322 0.1921487680 100 488 0.20491803 0.20901639 0.20081967293 118 518 0.22779923 0.23166023 0.223938224104.5 116 526 0.22053232 0.2243346 0.216730038118 115 514 0.22373541 0.22762646 0.219844358120 116 503 0.2306163 0.23459245 0.226640159160 108 491 0.21995927 0.22403259 0.215885947200 106 520 0.20384615 0.20769231 0.2240 91 480 0.18958333 0.19375 0.185416667280 100 536 0.18656716 0.19029851 0.182835821Excel Table of Values (used to create figure 5)REFERENCES[1] http://www.syringepump.com/NE-1000.htm[2] Heat Transfer with Applications, Kirk D. Hagen, p. 639.[3] Fundamentals Of Fluid Mechanics, Bruce R. Munson, DonaldF. Young, Theodore H. Okiishi, p. 830, Appendix BACKNOWLEDGEMENTSResearch support is gratefully acknowledged from the NationalScience Foundation Center on Materials and Devices forInformation Technology Research (CMDITR), DMR-0120967.130 CMDITR Review of Undergraduate Research Vol. 2 No. 1 Summer 2005