| Presenter |
Title, Conference name, Date |
| Fumihiro
Kawaharazuka |
“Multi-layer
Insulation Structure for Cooling Loss Reduction from a Heavy-duty Diesel
Engine”, 2022 SAE WCX Digital Summit, Oral only (Presented by on-demand
recording), Detroit, U.S.A., (2022.4.5-7) |
| Noboru Uchida |
“Technologies
integration to achieve brake thermal efficiency beyond 55% for HD diesel
engines”, Proceedings of 10th International Conference on Modeling and Diagnostics for Advanced Engine
Systems (COMODIA 2022＠Sapporo), The Engine System Division of JSME, B3-1,
pp.187-196, (2022.7.6-8) |
| Fumihiro Kawaharazuka |
“Achieving Higher Thermal Efficiency by Cooling Loss Reduction from a Heavy-duty
Diesel Engine”, Proceedings of 10th International Conference on Modeling
and Diagnostics for Advanced Engine Systems (COMODIA 2022＠Sapporo), The Engine System Division of JSME, B4-2,
pp.206-214, (2022.7.6-8) |
| Noboru Uchida |
“A
Novel Combustion Control to Achieve Higher Thermal Efficiency for a Heavy-Duty
Diesel Engine with High Compression Ratio”, Thiesel 2022 Conference on
Thermo-and Fluid Dynamics of Clean Propulsion Powerplants, Valencia, Spain,
(2022.9.13-16) |
| |
|
| Publication Papers FY202２ |
| Kazumasa Watanabe, Noboru Uchida,”Thermal efficiency improvement for a diesel engine achieved by high-heels
heat release rate profile”
，JSAE Proceedings,Vol. 53 No. 5, pp.850-855, (2022.8) |
|
