Professor: Akira SATOH
Speciality: Micro-molecular simulations, Colloid Physics Engineering,
Microfluids Engineering, Environmental Fluids Engineering, Ferrofluids
Individual Web pages
The objective of our laboratory is to stimulate technical and material innovation in terms of computer simulations for physical phenomena which are extremely difficult from experimental approaches.
Speciality: Micro-molecular simulations, Colloid Physics Engineering,
Microfluids Engineering, Environmental Fluids Engineering, Ferrofluids
Individual Web pages
Speciality: Mechanical Engineering, Vibration Engineering, Superconductivity, Magnetic field analysis
Individual Web pages
Rafael Cuadra
Experiment on negative magneto-rheological characteristics of a magnetic particle suspension
Seiya SUZUKI (JSPS Research Fellowship for Young Scientists DC)
Aggregation phenomena of a magnetic particle suspension in an alternating magnetic field and the influence on the heat generation effect
Takeru YAMANOUCHI
Aggregation phenomena of a magnetic particle suspension in non-uniform magnetic fields
Takayuki ISHII
Improvement of magnetic stiffness of a levitating magnet above a bulk superconductor
Sho OHATA
Stability of superconductor levitating above permanent magnet rail
Soma TORII
Study on magnetically driven microswimmer
Shohei MINATO
Study on magneto viscosity effect of magnetic particle suspension
kenu SHIBATA
Oscillation suppression in magnetic levitation using a superconducting coil.
Kazuki TAGATA
Small propulsion mechanisms in cryogenic fluids driven by magnetic fields.
Fumiya MIYAZAKI
Characteristics of magnetic levitation using superconducting tape stacks.
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