ScholarWorks@Hanyang University: Song, Simon

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Song, Simon (송시몬)

COLLEGE OF ENGINEERING (SCHOOL OF MECHANICAL ENGINEERING)

Research Area: 유체역학, 유동가사회, 열유동해석, Fluid Mechanics, Flow Visualization, Heat and Fluid Flow Analysis

Tel 02-2220-0423
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Euglena gracilis:16||Microfluidic chip:10||Chemotaxis:8||Polydiacetylene:5||Fluorescence:5||PDMS:5||Sensor:4||Magnetic resonance velocimetry:3||Microaquarium:3||Temperature:3||microfluidic chip:3||microfluidics:3||Microbebased neurocomputing:3||Microchannels:3||Phototaxis:3||Bacteria:2||3D hydrodynamic focusing:2||photopolymerization:2||Adaptation:2||Photophobic response:2||Combinatorial optimization:2||Chemical sensing:2||Photophobic responses:2||Wall shear stress:2||microfiber:2||Conjugated polymer:2||fintube heat exchanger:2||Toxicity sensing:2||Twophase ejector:2||optimization:2||Double Emulsion:2||polydiacetylene:2||Euglena:2||Microfluidic device:2||Microfluidic Chip:2||Electric expansion valve:2||Realtime motion analysis:2||4D flow MRI:2||Drag Reduction:1||Droplet(액적):1||Electric field sensors:1||Electric vehicle braking system:1||Electroconvection:1||Electronic control brake system(전자  제어  브레이크  시스템):1||Encapsulation:1||Energy transfer ratio:1||Entrainment performance:1||Erosion mixing:1||Evaporation:1||Flagellate microbes:1||Flagellate microbial cells:1||Flap:1||Flow conditioner:1||Flow uniformity:1||Flow visualization:1||Flowrate:1||Fluorescencecontrol:1||Froude number:1||Gas diffusion:1||Gas sensing:1||Gas solubility:1||Glassy photonic structures:1||Gravitaxis:1||Header design:1||Hemodynamics:1||Hemoglobin:1||High Speed Train:1||High spatial resolution:1||Immunoprecipitation:1||Inertiacapillary model:1||Inhibition assay:1||Intercoach Spacing:1||Interdiffusion:1||Interface displacement:1||Interlink optical feedback:1||Ion depletion:1||Isoelectric focusing:1||Labonachip(랩온어칩):1||Left atrial appendage occlusion:1||Liposome:1||Low pressure refrigeration cycle:1||Lowpressure refrigeration cycle:1||MRV:1||Magnetic resonance velocimetry (MRV):1||Marangoni effect(마랑고니  효과):1||Marangoni number(마랑고니  수):1||Mass production (대량합성):1||Mathematical model:1||Metabolic status:1||Metal ion:1||Metal ion detection:1||Micro fluidics(미세  유체):1||Microaquariums:1||Microorganism:1||Microorganism cells:1||Microcapsules:1||Microfiber:1||Microfluidic:1||Microfluidic Chip(미세유동칩):1||Microfluidic aquarium:1||Microfluidic devices:1||Microfluidic electrochemical immunoassay:1||Microfluidics:1||Micromixer:1||Minimum coating thickness:1||Mixing:1||Multinozzle:1||Multisplit airsource heat pump:1||Multiple solution search:1||Nanoporous membrane:1||Natural computing:1||Neural network algorithm:1||Neural network computing:1||Noise oscillator:1||Noise oscillators:1||Noise reduction:1||Nonequilibrium micromixer:1||Nonequilibrium micromixer (비평형  마이크로  믹서):1||Onchip chemical storage:1||Oneshot valve:1||Optical feedback:1||Optical feedback control:1||Optical interlink feedback:1||Optimal design(최적설계):1||PANI:1||Paperbased channel:1||Phasecontrast MRI:1||Photoshock:1||Photonic Band Gap:1||Photonic Crystals:1||Photonic Material:1||Photonic inks:1||Photosynthesis:1||Plastron:1||Polydiacetylene nanoparticles sensor:1||Polydiacetylene sensor (폴리다이아세틸렌센서):1||Porous membrane:1||Pressure estimation:1||Protein kinase:1||R134a:1||R410A:1||Rapid prototyping:1||Refrigerant flowinduced noise:1||Refrigerant twophase flow:1||Refrigerator machine room:1||Reynolds Stress:1||Reynolds resolution:1||SAM:1||SMZK:1||Scaling law:1||Sensor fibers:1||Sensor(센서):1||Sequential phosphorylation:1||Shape optimization:1||Size control:1||Size control (크기  제어):1||Sizecontrol:1||Slot Coating(슬롯  코팅):1||Slot coating:1||Soft computing:1||Solenoid valve:1||Solenoid valve(솔레노이드  밸브):1||Stability:1||Stability(안정성):1||Staggered herringbone micromixer (교차  헤링본  마이크로믹서):1||Stasis:1||Steam spraying:1||Stepup photoshock:1||Stepup phototaxis:1||Stochastic neurocomputing:1||Stratification:1||Stratified layer:1||Superhydrophobic Surface:1||Synthesis:1||TSP:1||TaylorCouette Flow:1||Thrombogenicity:1||Toxicity monitoring:1||Transient responses:1||Traveling salesman problem (TSP):1||Turbulent impinging jet:1||Turbulent kinetic energy (TKE):1||Twophase flow:1||Uniformity:1||Viscocapillary Model:1||Viscocapillary model:1||Vortexinduced vibration:1||Wenzel state:1||and systems engineering:1||array:1||automatic tracking system:1||biocomputing:1||capturing:1||carbon nanotubes:1||cardiac biomarker screening:1||colorimetric:1||contact angle:1||density interface:1||design:1||dielectrophoresis:1||dimpled disk:1||drag reduction:1||droplet:1||electrochemical sensor:1||electroconvection (전기대류):1||electrokinesis:1||electrostatic force:1||euglena microaquarium:1||evaporation:1||eyespot:1||filtration:1||flagellate microbial cells:1||flagellum:1||flow rate:1||flow visualization:1||frost:1||frosting conditions:1||functionalization:1||gel:1||groove:1||habitat separation:1||heat and mass transfer:1||hydrocarbon:1||hydrogen:1||insulating post:1||interfacial tension:1||internal flow:1||ion depletion (이온  결핍):1||magnetic resonance velocimetry:1||management of systems:1||materials:1||measurement:1||micro cantilever beam:1||microchannel:1||microchannels:1||microdialysis chip:1||microfluidic:1||microfluidic devices:1||mixing index:1||modal analysis:1||moldless fabrication:1||multipass heat exchanger:1||nanoporous membrane (나노다공성  박막):1||neural network:1||number of passes:1||optical feedback:1||particle:1||passive mixer:1||passive valve:1||photophobic responses:1||phototaxis:1||polyaniline:1||polydimethylsiloxane (PDMS):1||polymer:1||pressure visualization:1||product:1||product design:1||reagent storage:1||response surface method:1||sensor:1||severe accident:1||soft biocomputing:1||solid Support:1||stability analysis:1||stigma:1||structureproperties:1||template:1||threedimensional networks:1||travel salesman problem (TSP):1||vortex index:1||경동맥:1||고속열차:1||공동:1||금속 이온:1||미세섬유:1||미세유동칩:1||센서:1||심혈관 유동:1||압력예측:1||유동소음:1||차간공간:1||1D wetting transition:1||플랩:1||3 차원유체집속효과:1||3D Hydrodynamic focusing:1||3D hydrodynamic focusing effect:1||Accuracy:1||Adaptive reaction:1||Aeroacoustic Noise:1||Aerotaxis:1||Analog feedback:1||Artificial pheromone:1||Atrial fibrillation:1||Attractive/repulsive:1||Bead(구슬):1||Biocomputing:1||Biologically inspired soft computing:1||Biomarker screening:1||Blue light:1||Bluelight:1||CNT filter:1||Cardiovascular flow:1||Carotid artery:1||Cassie state:1||Cavitation:1||Cavitation(공동현상):1||Cavity:1||Cell multiplication:1||Circadian rhythm:1||Circular pipe flow:1||Coating bead:1||Colloid Assembly:1||Concentration field:1||Controlled Shell Thickness:1||Convectiondiffusion equation:1||Custommade RF coil:1||DC electric field:1||Design optimization:1||Dielectrophoresis:1||Diffusion:1||

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