Announcement of publication of the November 2024 issue of Journal of Society of Automotive Engineers of Japan
Publication information
<Special feature> Heat and fluid technologies contributing to carbon neutrality
In order to achieve carbon neutrality, the development of electrification, hydrogen/fuel cells, synthetic fuels, etc. is progressing, but this time we have focused on "thermal/fluid technology" as an elemental technology for low carbonization.
In this special feature, we have introduced articles that feature examples of their applications, including research on seeds that utilize heat transfer, aerodynamics, and heat exchange, and the development of materials to achieve both comfort and efficiency in indoor environments. Please take a look.
The Journal of Society of Automotive Engineers of Japan is published in electronic format. Please read it on your PC, tablet, or smartphone.

<Contents>
●Overall outlook
- Development of heat management technology for effective utilization of waste heat and early warm-up leading to improved synthetic fuel utilization efficiency
- Technology for measuring and analyzing flows and sounds around automobiles (tentative title)
●Heat transfer/fluid/energy exchange technology
- Thermoelectric conversion using organic materials
- Air compression release type auxiliary brake to ensure braking reliability of large FCV trucks
- Fluid control of flow around a simple car model using plasma actuators
●Indoor environment comfort and thermal efficiency
- Vehicle air conditioning that takes into account the human body heat balance of occupants
- Analysis and visualization of the fluid and thermal behavior of sound waves inside the microstructure of porous sound absorbing materials
- Heat absorber/radiator for heat pumps to expand the cruising range of BEVs
- Developed a transparent thin film that significantly reduces heat flow through windows - 20% reduction in power consumption of air conditioners to maintain indoor temperature -
<Hot Topics - A collection of trending topics>
- Ductile crack initiation characteristics evaluation method for thin steel plates
- Microvibration measurement and vibration level determination at manufacturing sites
- e-mobility digital twin depicting the integration of electric vehicles, charging infrastructure, and energy systems
- Development of a new process for high-strength aluminum hot forging
- An example of using DX to develop friction materials for brakes
- Development of hydrogen generation catalyst using platinum/carbon nanomaterial composite
<Serial article>
[Technology window]
A major transformation of the manufacturing industry brought about by the use of 3D & digital
Mr. Takahisa Uchida (RIKEN)
[Super world]
Mathematical proof of safety - towards the full-scale spread of autonomous driving
Mr. Ichiro Hasuo (National Institute of Informatics)
【Spotlight】
Similarity determination software for embedded devices "AiirDTW"
Mr. Shingo Sakai (Acing)
[Standardization activity report]
Looking back at the ISO standard development activities for the next-generation pedestrian leg impactor aPLI
Mr. Hiroki Takahashi (Honda Technical Research Institute)
[Formula SAE Japan's days and now]
Memories of Formula SAE Japan
Mr. Shotaro Nara (Nissan Motorsports & Customization)
[Academic research activity report]
Introduction of Kanto branch academic self-study activities in 2023
Mr. Yuki Nomura (Tokyo Denki University Graduate School)
Introduction of 2023 Kyushu branch academic self-study activities
Takumi Kawamoto (Kitakyushu City University Graduate School)
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