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Conference Time: 3rd June 2024, 04:48:04pm JST
 

Index of Authors

A list of all persons who contribute to the sessions of this conference. Please select a letter below to list all persons with the corresponding surname. Select the presentation in the right-hand column to access session and presentation details.

Session Overview
 
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List Options: Authors and Sessions · Authors and Sessions (Short Titles) · Authors and Presentations
 
Author(s) Organization(s) Contribution Title
UCHIDA, YamatoCourse of Mechanical Engineering, Tokai university, Japan
BENDING ELECTROMAGNETIC LEVITATION SYSTEM FOR FLEXIBLE STEEL PLATE(EXPERIMENTAL CONSIDERATION ON VIBRATION CHARACTERISTICS OF MAGNETICALLY LEVITATED STEEL PLATE)  Presenter
VIBRATION CHARACTERISTICS OF BENDING MAGNETIC LEVITATION STEEL PLATE (FUNDAMENTAL CONSIDERATION ON OSCILLATION ANALYSIS OF STEEL PLATE VIBRATION)
UCHIDA, YoshihisaAichi Institute of Technology, Japan
AUTOMATIC CONNECTION SYSTEM FOR MODULAR ROBOTS
UCHIMOTO, TetsuyaTohoku University, Japan;
ELyTMaX IRL3757, Japan
CURRENTLY UNDER CONSIDERATION...  Presenter
DECREASE AT SPECIFIC FREQUENCIES IN FREQUENCY SPECTRUM OF ULTRASONIC WAVES REFLECTED ON ROUGH SURFACE
DEVELOPMENT OF CONDUCTIVITY MODEL IN UNIDIRECTIONAL CFRP FOR EDDY CURRENT TESTING WITH DIRECTIVE RACETRACK COIL
DEVELOPMENT OF ELECTROMAGNETIC MODEL FOR EVALUATION OF RESIDUAL STRESS IN STEELS BY EDDY CURRENT MAGNETIC SIGNATURE METHOD  Presenter
UCHIMOTO, TetsuyaInstitute of Fluid Science (IFS), Tohoku University, Sendai, Japan;
ELyTMaX IRL3757, CNRS, Univ Lyon, INSA Lyon, Centrale Lyon, Université Claude Bernard Lyon 1, Tohoku University, Sendai, Japan
INVESTIGATION OF ELASTIC STRESS DEPENDENCY OF MAGNETIC BEHAVIORS OF NON-ORIENTED ELECTRICAL STEEL
LENGTH SIZING OF CONCRETE REBAR DEBONDING BY ELECTROMAGNETIC PULSE-INDUCED ACOUSTIC TESTING
PIPE FAILURE PREDICTION MODEL BASED ON PERIODIC PIPE WALL THICKNESS MEASUREMENT USING ELECTROMAGNETIC ACOUSTIC RESONANCE
UCHINO, DaigoTokai University, Japan;
Course of Science and Technology Tokai University;
Research Institute of Science and Technology Tokai University;
Course of Science and National Institute of Standards and Technology, Tokai university, Japan
A STUDY ON ACTUATOR FOR HIGH-SPEED LINEAR DIRECT DRIVE (FUNDAMENTAL CONSIDERATION ON CONCENTRATION OF MAGNETIC FLUX TO IMPROVE THRUST)
A STUDY ON HYBRID POWER UNIT FOR SMALL COMPETITION VEHICLES (FUNDAMENTAL CONSIDERATION ON ELECTRONIC OPERATION SYSTEM FOR INTERNAL COMBUSTION ENGINE)
A STUDY ON LINEAR ACTUATORS WITH DUAL-HALBACH ARRAYS (FUNDAMENTAL CONSIDERATION ON EFFECT OF MAGNET GEOMETORY ON THRUST CHARACTERISTICS)
ACTIVE SEAT FOR ULTRA-COMPACT VEHICLE WITH VOICE COIL MOTOR:ANALYTICAL CONSIDERATION ON MOTOR CONSIDERING CHARACTERISTICS VIBRATION CONTROL
ACTIVE SEAT SUSPENSION FOR ULTRA―COMPACT MOBILITY CONSIDERING DRIVER‘S COMFORTABILITY: FUNDAMENTAL CONSIDERATION ON BIOLOGICAL INFORMATION OF OSCILLATED OCCUPANTS
ACTIVE STEERING WHEEL SYSTEM FOR DRIVER’S AID IN ULTRA-COMPACT ELECTRIC MOBILITY VEHICLE (FUNDAMENTAL CONSIDERATION ON EVALUATION OF STEERING BURDEN FROM STEERING REACTION TORQUE)  Presenter
ACTUATOR FOR NON-CONTACT ELEVATION USING LINEAR INDUCTION MOTOR (ANALYTICAL CONSIDERATION ON EFFECT OF TETHER DIAMETER ON THRUST CHARACTERISTICS)
BENDING ELECTROMAGNETIC LEVITATION SYSTEM FOR FLEXIBLE STEEL PLATE(EXPERIMENTAL CONSIDERATION ON VIBRATION CHARACTERISTICS OF MAGNETICALLY LEVITATED STEEL PLATE)
DEVELOPMENT OF ELECTROMAGNETIC LEVITATION SYSTEM OF BENDING STEEL PLATES FOR NON-CONTACT TRANSPORT (FUNDAMENTAL CONSIDERATIONS FOR THE GRIPPING POSITION OF STEEL PLATES)
DEVELOPMENT OF LEVITATION SYSTEM FOR THIN STEEL PLATE WITH ELECTROMAGNETS AND PERMANENT MAGNETS (EXPERIMENTAL CONSIDERATION ON EFFECT OF ACTED POSITION OF TENSION ON OPTIMAL ARRANGEMENT OF PERMANENT MAGNETS)
EDGE SUPPORT TYPE MAGNETIC LEVITATION SYSTEM FOR FLEXIBLE STEEL PLATES: FUNDAMENTAL CONSIDERATION ON CONTROL PERFORMANCE OF TWO-DEGREE-OF-FREEDOM ACTIVE CONTROL SYSTEM
EFFECTS OF STEADY CURRENT ON MAGNETIC LEVITATION OF FLEXIBLE STEEL PLATE: FUNDAMENTAL CONSIDERATION ON VIBRATION CHARACTERISTICS IN LEVITATING
INVESTIGATION SYSTEM FOR DYNAMIC PERFORMANCE OF AUTOMOBILES (FUNDAMENTAL CONSIDERATION OF EFFECT OF DISTURBANCE ON VIBRATION CHARACTERISTICS)
MAGNETIC LEVITATION SYSTEM FOR FLEXIBLE STEEL PLATES USING GRAVITY: FUNDAMENTAL CONSIDERATION ON VIBRATION CHARACTERISTICS UNDER VERTICAL DISTURBANCE
NON-CONTACT GRIPPING OF THIN STEEL PLATE BY MAGNETIC FIELD FROM HORIZONTAL DIRECTION: IMPROVEMENT OF LEVITATING PERFORMANCE BY TILTED ELECTROMAGNET
NON-CONTACT GUIDEWAY FOR CONTINUOUS STEEL PLATES USING ELECTROMAGNETS (FUNDAMENTAL CONSIDERATION ON VIBRATION SUPPRESSION EFFECT OF STEEL PLATE BY DAMPING FACTOR)
OUTPUT PERFORMANCE ANALYSIS OF ACOUSTIC DEVICE USING GIANT MAGNETOSTRICTIVE MATERIAL
RIDE COMFORT CONTROL SYSTEM USING PSYCHOLOGICAL STATE: FUNDAMENTAL CONSIDERATION ON DRIVER’S RIDE FEELING WITH VIBRATION MASKING.
RIDE COMFORT CONTROL USING ACTIE SEAT SUSPENSION: STUDY ON VIBRATION DAMPING PERFORMANCE THROUGH SEAT SURFACE ACCELERATION FEEDBACK
VIBRATION CHARACTERISTICS OF BENDING MAGNETIC LEVITATION STEEL PLATE (FUNDAMENTAL CONSIDERATION ON OSCILLATION ANALYSIS OF STEEL PLATE VIBRATION)
YAW MOMENT CONTROL SYSTEM USING ELECTRIC MOTORS (FUNDAMENTAL CONSIDERATION ON DYNAMIC BEHAVIOR BASED ON VEHICLE DYNAMICS SIMULATION)
ELECTROMAGNETIC GUIDEWAY FOR SEAMLESS ULTRA-THIN STEEL PLATE (EXPERIMENTAL CONSIDERATION OF DAMPING EFFECT FROM ELECTROMAGNET POSITION)
UDPA, LalitaMichigan State University, United States of America
ACTIVE CONTROL OF LASER MELT POOL DYNAMICS USING ROTATING MAGNETIC FIELDS
DUAL-MODE SENSOR FOR EDDY CURRENT AND CAPACITIVE NONDESTRUCTIVE EVALUATION OF FIBER REINFORCED POLYMER COMPOSITES
EMBEDDED ELECTROMAGNETIC ACOUSTIC TRANSDUCER FOR INSPECTION OF NON-CONDUCTIVE SAMPLES
UDPA, SatishMichigan State University, United States of America
THE LONG AND ILLUSTRIOUS JOURNEY OF PROFESSOR TOSHIYUKI TAKAGI  Presenter
ACTIVE CONTROL OF LASER MELT POOL DYNAMICS USING ROTATING MAGNETIC FIELDS
DUAL-MODE SENSOR FOR EDDY CURRENT AND CAPACITIVE NONDESTRUCTIVE EVALUATION OF FIBER REINFORCED POLYMER COMPOSITES
EMBEDDED ELECTROMAGNETIC ACOUSTIC TRANSDUCER FOR INSPECTION OF NON-CONDUCTIVE SAMPLES
UENO, YukiGunma University, Japan
STUDY OF IMAGE PROCESSING FOR MAGNETIC FLEXIBLE GRIPPING TRANSFER ROBOT
URAZAKI, KohshiIwate University, Japan
INFLUENCE OF SURFACE CONDITION ON SMALL SIZED DEFECTS DETECTION USING MAGNETIC FLUX LEAKAGE METHOD
URUSHIYAMA, YutaHonda R&D Co., Ltd., Japan
DEVELOPMENT OF CONDUCTIVITY MODEL IN UNIDIRECTIONAL CFRP FOR EDDY CURRENT TESTING WITH DIRECTIVE RACETRACK COIL
 
 
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