AUTOMOTIVE ENGINEERING EXPOSITION 2023 NAGOYA

Contents

Automotive Engineering Exposition 2023 has ended.
Thank you very much for your attendance.

JSAE Research Report Sessions Organized by the Chubu Branch

JSAE Chubu Branch Research Report Sessions

Research report sessions organized by engineers in JSAE Chubu region.

Venue
Addmission
Free
Venue 1: Conference room L5 (capacity: approx. 70)

Core Technology (1): Thuesday, July 6 10:30 - 11:40

  • Development of AHB-G heavy flow rate gear pump
    Advics Co., Ltd.
    Kazuma Tozawa
  • Development of FC stack terminals for FCEVs
    Aisin Takaoka Co., Ltd.
    Yoshiya Tanaka
  • Development of highly accurate position measuring technology for digital keys using UWB wireless system
    Tokai Rika Co., Ltd.
    Kento Kataoka

Chassis・Body/Non section: Thuesday, July 6 12:10 - 12:55

  • Development of link-free steer-by-wire system
    JTEKT Corporation
    Harutaka Tamaizumi
  • UVC-LED antiviral ducts for air conditioners
    Toyoda Gosei Co., Ltd.
    Takaaki Kamijo

Core Technology (2): Thuesday, July 6 13:40 - 14:25

  • Development toward the general adoption of plant-based materials in vehicles
    Toyota Auto Body Co., Ltd.
    Takayuki Ikeda
  • Development of pneumatic mechanical valve
    Aisin Corporation
    Katsuya Nozue

Core Technology (3): Thuesday, July 6 14:55 - 16:05

  • Utilization of boundary films by the application of lubricating oil additives - copper alloys for engine bearings
    Taiho Kogyo Co., Ltd.
    Yuto Kodama
  • Development of gear material and manufacturing method - improve yield strength under lubrication-poor environments
    Jatco Ltd.
    Toshihiro Oda
  • Introduction of piezoelectric ceramics/devices and applicability - next-generation mobility fields
    Niterra Co., Ltd.
    Kentaro Ichihashi
Venue 2: Conference room L6 (capacity: approx. 70)

Powertrain (1): Thuesday, July 6 10:30 - 11:40

  • State estimation of aftertreatment system using modeling method based on machine learning
    – Proposal of NOx storage reduction catalyst model and evaluation of estimation accuracy using actual engine data –
    Toyota Central R&D Labs., Inc.
    Takato Ikedo
  • Battery cooling and quick-charge control optimization for long-distance trip in Kei-EV
    Nissan Automotive Technology Co., Ltd.
    Tomoyoshi Chiba
  • Development of multi-layer bismuth-antimony overlay bearings for vehicle engines
    Daido Metal Co., Ltd.
    Akira Ando

Powertrain (2): Thuesday, July 6 12:10 - 12:55

  • A study of the mechanism of abnormal ignition in H2 engine
    Toyota Motor Corporation
    Yoshinori Miyamoto
  • Development of plastic timing chain cover
    Toyota Boshoku Corporation
    Tatsuya Goto

Stability/Non section: Thuesday, July 6 13:40 - 14:25

  • Reproduction of equations of motion for motorcycles including concentrated stiffness using multi-body dynamics model
    Yamaha Motor Company Limited
    Shota Yamaguchi
  • Development of FPGA-to-FPGA communication technology for a large-scale real-time simulator of electric vehicles
    Toyota Technical Development Corporation (TTDC)
    Kazuhiro Muraguchi

Electronics/Environment Technology: Thuesday, July 6 14:55 - 15:40

  • Novel automatic switching technology for transmitter coil of dynamic wireless power transfer system
    Denso Corporation
    Yusei Nakayashiki
  • Development of street lights reusing onboard lithium-ion batteries
    Suzuki Motor Corporation.
    Hiroki Osanai