AUTOMOTIVE ENGINEERING EXPOSITION 2022 NAGOYA

Contents

Automotive Engineering Exposition 2022 has ended.
Thank you very much for your attendance.

Chubu Branch Research Report Sessions

中部支部研究発表会

Research report sessions organized by engineers in Chubu region.

Venue
Admission
Registration required
Dates
Monday, July 4 - Tuesday, July 5
  • Core Technologies and the Environment
    • Optimization CFD of Vehicle Front-end Cooling Structure with Variable Fidelity Models and Proper Orthogonal Decomposition
      Hiroyuki Takamura
      Mitsubishi Motors Corporation
    • Non-linear tactile mapping method of emotional and preferential responses to leather materials
      Shin Inami
      Toyota Boshoku Corporation
    • A Study of Thermal and Humid Sensation When Sitting on an Automotive Seat
      Yuya Kumagai
      Toyota Boshoku Corporation
    • A Study of Engine Bearings Friction Loss Reduction Under Hydrodynamic Lubrication Condition
      Motohiko Koshima
      Daido Metal Co., Ltd.
    • Developments on the Watching Service System with the Computer Vision Technique
      Tomoro Tokusumi
      TOKAI RIKA Co., Ltd.
    • Meshing Simulation of Rack and Pinion for Steering System
      Daisuke Maeda
      JTEKT CORPORATION
    • Development of a Sound Absorbing and Damping Material Made of Pulp
      Makoto Segi
      Toyota Auto Body Co., Ltd.
    • Development of Lithium-ion Conductive Oxide Solid Electrolyte and Oxide-based non-sintered Batteries Using Oxide Solid Electrolyte
      Suguru Miyamoto
      NGK Spark Plug Co., Ltd.
    • Development of "Lightwleight Oil Pump"
      Shinya Sakai
      Toyoda Gosei Co., Ltd.
  • Production Technologies, CASE, and MaaS
    • Defect Inspection Technology on Specular Curved Surfaces by Using a Fringe Pattern Adaptive to the Surface Shape
      Munehiro Takayama
      Kengo Futa
      AISIN CORPORATION
    • Improvement of Overall Equipment Effectiveness by Using IoT Technology in the Workplace
      Makoto Hirosaki
      JATCO Ltd.
    • Experimental Analysis of Abnormal Values Output From Inertial Measurement Unit(IMU) in Extreme Driving Conditions
      Masahito Kamekawa
      Toyota Central R&D Labs., Inc.
  • Powertrain, Chassis, and Body, Electronics
    • Structure and Mounting of FC Stack for New Fuel Cell Electric Vehicle
      Yuma Takabatake
      TOYOTA MOTOR CORPORATION
    • Development of New Hayabusa(GSX1300R) Engine
      Haruaki Suzuki
      SUZUKI MOTOR CORPORATION
    • Fail Operational Motor Control Unit for Electric Power Steering
      Kohei Oba
      DENSO Corporation
    • Image Recognition System for Power Sliding Doors
      Keiichi Yanai
      AISIN CORPORATION
    • Development of Onboard AC Inverter
      Nobuyuki Inayoshi
      TOYOTA INDUSTRIES CORPORATION
    • Development of an Electronically Controlled On-demand Braking System
      Masaki Maruyama
      ADVICS Co., Ltd.