Fuel consumption in the transport of technical broadleaf roundwood in lowland areas

M. Danilović, M. Ilić, N. Ćuprić, Slavica Antonić, D. Stojnić
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Abstract

This paper presents the results of an analysis of fuel consumption in the transport of technical roundwood of soft broadleaves from the felling site to a roadside landing using forwarders and tractor assemblies. The research was performed in various operating conditions in the area of FE "Banat" Pancevo. On the basis of the results of the analysis of variance, the data recorded in a variety of conditions were grouped. In addition, the dependence of fuel consumption on the average volume of tour was estimated. The results of the conducted analysis indicate that operating conditions significantly affect fuel consumption of the investigated vehicles. The elements of statistical analysis of the dependence of fuel consumption on the volume of load indicate that an increase in load causes increased fuel consumption per unit of production. Having in mind the results of the analysis of variance, unique norms of fuel consumption were adopted for practical purposes. The highest average consumption (1.21 L/m3) was achieved by a tractor assembly (Same Laser 130 tractor and Imako TP12 trailer with a Loglift 61F hydraulic crane), while significantly lower consumption was achieved by a John Deere 1210E forwarder (1.06 L/m3). In favourable operating conditions, consumption of the forwarder was about 0.9 L/m3.
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低地地区技术阔叶圆材运输的燃料消耗
本文介绍了使用货运代理和拖拉机组件从采伐地点到路边着陆的软阔叶技术圆木运输的燃料消耗分析结果。该研究是在FE“Banat”Pancevo地区的各种操作条件下进行的。在方差分析结果的基础上,对各种条件下记录的数据进行分组。此外,还估计了燃油消耗量对平均行驶量的依赖关系。分析结果表明,工况对所研究车辆的油耗有显著影响。燃料消耗依赖于负载量的统计分析的要素表明,负载的增加导致每单位生产的燃料消耗增加。考虑到方差分析的结果,为实际目的采用了独特的燃料消耗标准。牵引车组件(Same Laser 130牵引车和Imako TP12拖车以及Loglift 61F液压起重机)的平均能耗最高(1.21 L/m3),而约翰迪尔1210E货代的平均能耗明显较低(1.06 L/m3)。在良好的运营条件下,货代的消耗量约为0.9 L/m3。
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