MODERN DIESEL TECHNOLOGY
R Kuckuck, K Niekamp
Abstract
R Kuckuck, K Niekamp
Abstract
As part of the work allocation between diesel and electric traction based on profitability criteria, diesel traction has been given a viable role in the context of the current programme for standard tractive units. The assigned objective of diesel traction is to adapt this model- programme to the requirements of future tasks by producing improved turbines and engines, by developing three phase-power transmission and electric heating, by replacing the two-axle railcar with 614 and 617-type units. Replacement of shunting locomotives types 260 and 261 by cardan-drive units should by considered.
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As part of the work allocation between diesel and electric traction based on profitability criteria, diesel traction has been given a viable role in the context of the current programme for standard tractive units. The assigned objective of diesel traction is to adapt this model- programme to the requirements of future tasks by producing improved turbines and engines, by developing three phase-power transmission and electric heating, by replacing the two-axle railcar with 614 and 617-type units. Replacement of shunting locomotives types 260 and 261 by cardan-drive units should by considered.
Key concepts: Diesel fuel, Automotive engineering, Traction (geology), Axle, Engineering, Context (archaeology), Mechanical engineering, Paleontology