ScholarWorks@SUNGKYUNKWAN UNIVERSITY: Yong, Ku Kong

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Yong, Ku Kong (공용구)

Engineering (Systems Management Engineering)

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Tel
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workrelated musculoskeletal disorders:3||Borg&apos:3||MFFM system:2||musculoskeletal disorders:2||grip strength:2||AULA:2||ergonomic risk assessment tools:2||Maximum gripping task:2||Finger force:2||Font type:2||Ergonomic design:2||Grip span:2||Submaximal voluntary contraction:2||WMSDs:2||Grip strength:2||CEX:2||EMG:2||Electromyography:2||Contact location:1||Continuous wavelet transform:1||Contribution:1||Controlled force exertion:1||Craniovertebral Angle (CVA:1||Crosstalk:1||Decrement:1||Discomfort:1||Display type:1||EMG analysis:1||Endurance Time:1||Endurance time:1||Ergonomic guidelines:1||Ergonomic intervention:1||Ergonomic risk assessment tools:1||Fatigue:1||Finger contribution:1||Finger forces:1||Finger posture:1||Flexion Relaxation Phenomenon (FRP):1||Flexion Relaxation Phenomenon:1||FlexionRelaxation Ratio (FRR):1||Font size:1||Font thickness:1||Force efficiency:1||Force exertion level:1||Forearm flexors:1||Forward Head Posture (FHP):1||Frequency:1||Gender:1||Gender effect:1||Ginseng:1||Grip force:1||Gripping force:1||Guideline for ThumbPressing Task:1||Hand tools and interfaces:1||Harvesting task:1||Heart rates:1||Individual finger force:1||Individual posture:1||Industrial ergonomics:1||Internal tendon force:1||Irradiation:1||Irradiationeffect:1||Korean character:1||Lowerlimb exoskeleton:1||MWT (Medic Work Table):1||Maximum grasping task:1||Mechanical property:1||Medical technologist:1||Motion analysis:1||Muscle activity:1||Muscle fatigue:1||Musculoskeletal discomfort:1||Musculoskeletal disorders:1||Number of syllables:1||OWAS:1||Onehanded handling:1||Ovako Working Posture Analysis System (OWAS):1||Ovako working posture analysis system:1||Overhead work:1||Passive exoskeletons:1||Perceived exertion:1||Power grip task:1||Product design:1||REBA:1||RULA:1||Rapid Entire Body Assessment (REBA):1||Rapid Upper Limb Assessment (RULA):1||Rehabilitation:1||Repetitions per Minutes:1||Resting time:1||Resultant force:1||Risk assessment:1||Risk factors:1||Safety education:1||Scan stress:1||Shoulder assist:1||Simultaneous posture:1||Sonographer:1||Stiffness:1||Subject discomfort:1||Subjective Discomfort Rating:1||Subjective discomfort:1||Subjective discomfort rating:1||Subjective perception of exertion:1||Subjective rating:1||Subjective ratings:1||Target Force Level:1||Thumb endurance curve:1||Thumb pressing force:1||ThumbPressing Force:1||Tracking error:1||Trial:1||Trigger grip span:1||Triggering force:1||Ultrasound device:1||Upper limb disorders:1||Usability test:1||Viewing distance:1||Visual Display Terminal (VDT):1||Work load:1||Work related musculoskeletal Disorders (WMSDs):1||Workrelated musculoskeletal disorders:1||Workrelated musculoskeletal disorders (WMSDs):1||Workrest cycle time:1||Working height:1||actual exertion:1||actual thumb force exertion:1||age:1||agricultural ergonomics:1||agricultural lower limb assessment:1||agricultural safety:1||agricultural safety and health:1||body posture:1||caregiver:1||coordination posture:1||craniovertebral angle (CVA):1||cutting task:1||drilling task:1||elearning contents:1||electromyography:1||excretion care:1||finger force:1||finger posture:1||finger/phalange force:1||flexion relaxation phenomenon (FRP):1||formal caregiver:1||forward head posture (FHP):1||gender:1||grip force:1||grip force exertion:1||grip span:1||grip spans:1||hand functionality:1||hand grip exertion:1||hand size:1||hand tools:1||handle shapes:1||handle surface:1||hit rate analysis:1||individual finger force:1||individual posture:1||lifting task:1||lowerlimb exoskeleton:1||manual human care:1||maximum gripping task:1||maximum thumb force (MTF):1||motion capture:1||neck fatigue:1||nonaxial design:1||opposing (Atype) hand tool:1||optimal grip span:1||perceived exertion:1||perceived exertions:1||performance:1||physical care burden:1||pipette:1||quadratic weighted kappa analysis:1||rapid entire body assessment:1||rapid upper limb assessment:1||risk assessment:1||robotaided care:1||s CR10:1||s CR10 Scale:1||s CR10 scale:1||screwdriver handle:1||screwdriving:1||shittake mushroom:1||shoulder and elbow angles:1||simultaneous posture:1||subjective discomfort:1||targetforce level:1||total grip strength:1||tracking task:1||twohandle tool designs:1||twohandle type hand tools:1||visual display terminal (VDT):1||% MVC:1||working height:1||% maximum voluntary contraction:1||3dimensional motion capture:1||50%phenomenon:1||ALLA:1||AWBA:1||Accuracy:1||Age:1||Aging:1||Agricultural Whole Body Assessment (AWBA):1||Agricultural ergonomic checklist:1||Agricultural safety:1||AnyBody Modeling System:1||Back and shoulder angles:1||Blind signal separation (BSS) algorithm:1||Body posture:1||Combination pliers:1||Computerhuman interaction:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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