- JSME Young Engineers Award -

1.Characterization of the Motor Protein Prestin ,

a Candidate Molecule Driving Biomicro Actuators

Shun KUMANO

2.A study on biomechanics of liver reconstruction by three-dimensional culture and microfluidic devices

Ryo SUDO

3.A Study on a Homogenization Theory for Microscopic Buckling Analysis of Periodic Cellular Solids and its Application

Dai OKUMURA

4.Study of hydrogen embrittlement based on the interaction between dislocations and hydrogen

Shinya TAKETOMI

5.A Study on Preparation of Carbon Nanotube Reinforced Aumina Composites and Examination of Their Fracture Mechanisms

Go YAMAMOTO

6.A Study on Premixed Flames Established in Rotating Flows

Daisuke SHIMOKURI

7.A Study on Bubble Growth and Collapse during Subcooled Boiling on MEMS Heat Transfer Surfaces

Manabu TANGE

8.A Study on Length Scale of Si Nano Transistor under Non-Equilibrium State between Election and Lattice Energy

Tomoyuki HATAKEYAMA

9.A Study on Flame Synthesis of Fluorescent Nano-Particles

Takeshi YOKOMORI

10.A Study on Mass Transfer at Gas-Liquid and Gas-Solid Interface

Kenji TANNO

11.A Theoretical Study on Development of Functions in Nanomaterials Based on Quantum and Molecular Fluid Science

Kentaro DOI

12.A Study on Methods of Aerodynamic Sound Source Identification by Wind Tunnel

Nobuhiro YAMAZAKI

13.A Study on Direct Simulation of Tonal Sound in Cavity Flows

Hiroshi YOKOYAMA

14.A Study on Motion and Control of Tethered System with Large Deformation and Large Displacement

Shoichiro TAKEHARA

15.A Study on Tactile Sensing Utilizing Mechanism of Human Tactile Perception Based on Skin Structure

Yoshihiro TANAKA

16.A Study on Suppression of Self-Exited Vibration Generated in Mechanical Systems Using Dynamic Absorber

Yutaka NAKANO

17.A Study on Analysis and Optimization of Fibrous Composite with Locally Anisotropic Structure

Shinya HONDA

18.Research on Wearable Sensor System for Human Motion Analysis

Tao LIU

19.Research of Zero‐Spin Disk for Shat Drive CVT

Yukihito NARITA

20.Redundancy Utilization Control of Hyper Redundant Robot

Daisuke MATSUURA

21.Development of Disaster Simulation Modeling Methods with GIS

Yoshikatu AKIYAMA

22.Development of Thermal Fly-height Control Technology for Magnetic Head Slider in Environmental Change

Satoru OKUBO

23.Development of Design and Evaluation Technology Against Dynamic Loading for Electronic Products.

Takahiro OMORI

24.Development of Uniform Materials Generation Technology Using Micro-fluidic Devices

Erika KATAYAMA

25.Development of Experimentally Objective Extraction Method of Vortical Structures in Self-sustained Oscillations and Its Control Method

Yuta KAWAI

26.Development of the Fuel Saving Method in the Direct Injection Gasoline Engine with Variable Valve Train

Kengo KUMANO

27.Development of Mechanical Properties Evaluation Technique for FRP Considering the Effect of Fiber Distribution by Molding Processes

Takahiko SAWADA

28.Development of Simple Measurement Systems for Power Generation Plant

Atsunobu SUGANO

29.Development of Control Technique for Improvement of Acceleration Reproducibility in Vibration Testing System

Kenta SEKI

30.Development of a High-Precision System of Non-Destructive Examination with Infrared Thermographic Image for High Heat Flux Material

Yohji SEKI

31.Development of compact heat-transport-device for high-heat-generating and high-density packaging electronics

Tomonao TAKAMATSU

32.Development of Noise-Reduction Technology by Clarifying the Relation between Propeller Fan’s Tip Flow Behavior and the Noise

Seiji NAKASHIMA

33.Development of HDD Shock Evaluation by Capacitance Measurement between Slider and Disk

Tatsuhiko NISHIDA

34.Development of Thin Centrifugal Fan with Backward Blades for Fan Filter Unit

Takeshi HONDA

35.Development of Prediction Technique for Natural Frequency of Centrifugal Compressor Impeller in High Pressure Gas

Yohei MAGARA

36.Development of Separation Mechanism for Various Sized Bills

Toshifumi MITSUYAMA

37.Development of Universal Escalator

Masato YOSHIDA

38.Development of Low Rare Metal Content Material for High Temperature Sliding

Junichi YOSHIHISA

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