Modelling of Forklift Drivetrain and Running the Fuel Consumption Cycle
Main Article Content
Abstract
At the very beginning of the design phase of a forklift truck, it must be determined which drive systems will be used. Then, with these drive systems and the target weight, it must be calculated how many litres of fuel the truck burns according to VDI 2198. In this study, a forklift truck will be modelled in Mat-Lab environment with all its sub-systems and run in a cycle in accordance with VDI 2198. One of the biggest outputs of this study will be to know the fuel consumption of this forklift during the forklift design phase.
Downloads
Article Details
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
References
Onur Eryiğit. (2024, May 15). "Tumosan Forklift": Onur Eryiğit. https://www.onureryigit.com/portfolio-item/tumosan-forklift/ DOI: https://doi.org/10.1016/j.arcped.2023.08.013
Tümosan Motor ve Traktör A.Ş. (2024, May 15). "Dizel Motor Kataloğu" https://www.tumosan.com.tr/tr/urunler/48hp [Access: 15 May 2023].
H. Yamamoto, Y.Harada, H. Hiraiwa, "Introduction of Hydrostatic Transmission Forklift Model FH40-1/FH45-1/FH50-1" Komatsu, ABD, No165, 2012
HD Hyundai XiteSolution. (2024, May 15). https://www.hd-xitesolution.com/products/Transmissionp
HD Hyundai XiteSolution. (2024, May 15). https://www.hd-xitesolution.com/products/DriveAxle [Access: 15 May 2024].
İ. Yavaşlıol, Motor Vehicles – I, Yıldız Teknik Üniversitesi Basım-Yayın Merkezi, 2007, ISBN: 9789754614299
Mustafa Demir. (2024). Comparison of Diesel Engine and Fully Electric Forklifts In Terms of Operating Parameters.