CAU Scholar's Space: Yang, Da Som

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Yang, Da Som (양다솜)

공과대학 (기계공학부)

Research Area: Smart manufacturing technologies based on 3D printing, FEA/AI-based design optimization, Wearable/Flexible biomedical sensors

Tel 02-820-5551
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Skin:10||Microfluidics:8||Article:6||Sweat:6||Male:5||Finite Element Analysis:4||Lactic Acid:4||Procedures:4||Paclitaxel:4||Adult:4||Human:4||Normal Human:3||Female:3||Robotics:3||wearable sensors:3||Biomarkers:3||Skin Temperature:3||microfluidics:3||Prosthesis Design:2||Maltodextrin:2||Touch:2||Nervous System:2||Mass Spectrometry:2||Treatment Outcome:2||Atherosclerosis:2||Biological Marker:2||Agarose:2||Iliac Artery:2||Drug Delivery System:2||Energy Harvesting:2||Virtual Reality:2||Silastic:2||Metabolism:2||Geometry:2||Controlled Study:2||sweat sensors:2||Devices:2||wireless wearables:2||Sodium:2||Patterned Nanowires:2||Percutaneous Coronary Intervention:2||Haptic Interfaces:2||Young Modulus:2||Chemistry:2||Epidermis:2||Photosynthesis:2||Health Status:2||Microneedle:2||Exercise:2||Dynamics:2||Physiology:2||Dimethyl Sulfoxide:2||Temperature:2||Human Experiment:2||Polyethylene Terephthalate:2||Humans:2||Pressure:2||flexible electronics:2||health monitoring:2||Coronary Angiography:2||Disease Models, Animal:1||Drug Concentration:1||Drug Delivery:1||Drug Delivery Devices:1||Drug Delivery Systems:1||Drug Eluting Stent:1||Drug eluting balloon:1||Drugeluting Stents:1||Electric Current:1||Electric Field:1||Electric Fields:1||Electric Power Supplies:1||Electrical ablation:1||Electrochemical biosensor:1||Electrochemicals:1||Electrodes:1||Electrohydrodynamic:1||Electrohydrodynamic Printings:1||Electrohydrodynamics:1||Electromagnetic Method:1||Electromagnetism:1||Electron Extraction:1||Electron Transport Properties:1||Electrons:1||Elemental Analysis:1||Emo 80:1||Encapsulation:1||Endovascular drug delivery:1||Energy Dispersive X Ray Spectroscopy:1||Engineering:1||Engineering Aspects:1||Environmental Species:1||Eos 6d:1||Extraction:1||Field Study:1||Fitness:1||Flexible Designs:1||Flexible Device:1||Fluid:1||Fluorescence Imaging:1||Fluorescence Microscopy:1||Full Body:1||Gear 4 250xl Upright Bike:1||Glucose:1||Haptic Actuators:1||Haptic Feedbacks:1||Haptics Interfaces:1||Hardwired:1||Health monitoring:1||Heart Rate:1||Heat Acclimatization:1||Heat Stress:1||Hybrid Materials:1||Hydration:1||Hydrogenion Concentration:1||Hydroxyapatite:1||ICD:1||IRE:1||ISF:1||Illicit Drug:1||Image Processing:1||Image Reconstruction:1||Immunogenic cell death:1||InclinedGaN:1||Intracellular delivery:1||Iontophoresis:1||Labonachip Devices:1||Lactate Blood Level:1||Lactate Pro 2 Lt 1730:1||Leporidae:1||Light Intensity:1||Lightweight Design:1||Limb Prosthesis:1||Linear System:1||Liquid:1||Liquid Chromatography:1||Loading:1||Local Stiffness:1||Lower Extremity:1||Magnetic Field:1||Materials Design:1||Mathematical Analysis:1||Measurement Accuracy:1||Mechanical Actuators:1||Mechanical Stimulation:1||Metabolic Rate:1||Metal:1||Mice (computer Peripherals):1||Microfluidic Analysis:1||Microfluidic Biosensors:1||Microfluidic Channel:1||Microfluidic Platforms:1||Microfluidic channels:1||Microfluidics Systems:1||Microscopy, Confocal:1||Microscopy, Fluorescence:1||Minipig:1||Monitoring:1||Muscle Contraction:1||Muscle Isometric Contraction:1||Nano Sphere Lithography:1||Nanoelectrodes:1||Nanofabrication:1||Nanoneedle:1||Nanosphere Lithography:1||Nanospheres:1||Nanowires:1||Nerve Cell:1||Neural Interfaces:1||Neurodevelopment:1||Neurological Disease:1||Neurology:1||Neurons:1||Non Invasive Procedure:1||Nuclear Magnetic Resonance:1||Nuclear Magnetic Resonance Spectroscopy:1||Numerical Model:1||Optics:1||Organic Solvents:1||Origin Pro Version 2022:1||Ph:1||Phase Transition:1||Photography:1||Photolithography:1||Photosynthetic Electron Transport:1||Physical Activity:1||Physical Model:1||Physiological Fitness:1||Physiological Models:1||Piezoelectric Cantilever:1||Piezoelectric Film:1||Pig:1||Pollution Exposure:1||Power Supply:1||Practical Use:1||Printing:1||Priority Journal:1||Rabbits:1||Reaction Time:1||Real Time Monitoring:1||Regenerative Medicine:1||Reservoirs (water):1||Restenosis:1||Room Temperature:1||SWCNT:1||Sample Size:1||Scanning Electron Microscopy:1||Sequential Insertion:1||Sequential delivery:1||Silica Nanoparticle:1||Silk fibroin:1||Silver Nanoplasmonic Assay:1||Skin Graft:1||Skin Irritation:1||Skinfold Thickness:1||Sodium Blood Level:1||Sodium Urine Level:1||Software:1||Solid:1||Spatial Resolution:1||Spatiotemporal Patterns:1||Surface Property:1||Surface functionalization:1||Sweat collection:1||Sweat induction:1||Sweating:1||Swine:1||Swine, Miniature:1||Tactile Feedback:1||Tactile Stimulation:1||Temperature And Pressures:1||Thermal Analysis:1||Thermal Conductivity:1||Thermal Drawing:1||Thermal Interfaces:1||Thermohaptic Stimulator:1||Thermogenesis:1||Thermoregulatory Response:1||Three point bending:1||Threedimensional Imaging:1||Threedimensional (3d):1||Time Series Analysis:1||Tissue:1||Training:1||Transluminal Coronary Angioplasty:1||Tumor ablation:1||Twopoint Discrimination Threshold:1||Ultrasound:1||Ultraviolet Visible Spectroscopy:1||Vascular disease:1||Velocity:1||Vibrotactile Patterns:1||Virtual And Augmented Reality:1||Water Electrolytes:1||Wearable Computer:1||Wearable Electronic Devices:1||Wearable Engineering:1||Wearable Sensing:1||Wearable Sensors:1||Wireless Communication:1||Wireless Monitoring System:1||Wireless Technology:1||Work Environment:1||Worker:1||Workers':1||Zeroorder drug delivery:1||biodegradable:1||biomedical devices:1||biosensors:1||cancer immunotherapy:1||cell insertion:1||colorimetric:1||colorimetric sensing:1||combinational treatment:1||composite materials:1||cystic fibrosis remote monitoring:1||diagnostics:1||dmso:1||eccrine sweat:1||ehd:1||electrolytes:1||electrospun silk fibroin scaffolds:1||encapsulation:1||epidermal microfluidics:1||exerciseinduced sweat chloride:1||fitness:1||human adiposederived mesenchymal stem cells:1||hydration:1||hydroxyapatite particles:1||immunogenic cell death:1||irreversible electroporation:1||labonchip:1||multidirectional:1||nanoprobes:1||nutrient delivery:1||nutrition:1||osteogenesis:1||pHtriggered delivery:1||polydopamine:1||rapid prototyping:1||safety:1||skininterfaced systems:1||soft electronics:1||stimulator of IFN genes (STING) agonists:1||stimuliresponsive:1||sustainability:1||sweat:1||sweat analysis:1||sweat microfluidics:1||sweat patch colorimetric analysis:1||thermoplastic elastomers:1||wearable microfluidic biosensors:1||wearables:1||wireless electronics:1||국소 강도:1||생체조직:1||압전 캔틸레버:1||압전 필름:1||3D thermal drawing:1||열인장:1||3d Modeling:1||3d Printing:1||Adverse Device Effect:1||Aminoacids:1||Angioplasty, Balloon, Coronary:1||Animal:1||Animals:1||Applied Pressure:1||Aromatic Compounds:1||Artificial Limbs:1||Athlete:1||Athletic Performance:1||Atomic force microscopy:1||Augmented Reality:1||Bicycle Exercise Test:1||Bioassay:1||Biochemical Analysis:1||Biochemical Assay:1||Biochemistry:1||Biocompatibility:1||Biodegradable Polymers:1||Bioelectronics:1||Biological Research:1||Biomechanics:1||Blood:1||Body Surface:1||Brain:1||Bruker Neo 600:1||CFTR modulator pharmacodynamics:1||Cancer immunotherapy:1||Cell Insertion:1||Cell insertion:1||Chemical Composition:1||Chemical Reactions:1||Chemical Structure:1||Chlorine Compounds:1||Chromatography, Liquid:1||Closedloop:1||Colorimetry:1||Complex Architectures:1||Composite nanofibers:1||Compression Therapy:1||Computer Aided Design:1||Computer Model:1||Confocal Microscopy:1||Conformal transfer molding:1||Continuous Monitoring:1||Conventional Approach:1||Copper Compounds:1||Coronary Restenosis:1||Correlation Analysis:1||Correlation Coefficient:1||Damageassociated molecular pattern molecules:1||Data Acquisition:1||Device Design:1||Diagnostic Imaging:1||Diffusion based drug delivery:1||Direct Extraction:1||Disease Model:1||

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