A302 Effect of Gauge Widening on Curve Negotiation of Two-Axle Bogie Vehicles Considering Steering Mechanism and Wheel Tread Profile
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概要
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According to the decrease of the three-axle bogie for locomotives in Japan, the need for diminution of the gauge widening in curved track has been pointed out by rail maintenance division. Meanwhile, bolsterless bogies which can have more steering ability are employed in many rail vehicles, and wheels with profiled tread have been used widely. For vehicles which have such bogies and wheels, it is expected that the gauge widening still keeps its effect on the curve negotiation even now. In this paper, the curving performance under the presence of gauge widening is investigated in detail considering the recent trend. The wheel lateral forces during curve negotiation obtained by numerical simulation are compared among vehicle types classified with truck mechanisms and wheel tread shapes. As a result, it is shown that the effectiveness of gauge widening exists for bolsterless truck and steering truck, but the availability to the trucks with profiled wheel is little because the change of wheel shape, from conical tread to profiled one, gives much effect on the performance. Then, a modification of shape in profiled tread is examined to get further availability of gauge widening.
- 一般社団法人日本機械学会の論文
著者
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Moriyama Atsushi
R & D Center Of Jr East Group East Japan Railway Company
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Moriyama Atsushi
R & D Center, East Japan Railway Company
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Tanifuji Katsuya
Faculty of Engineering, Niigata University
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Tanifuji Katsuya
Faculty Of Engineering Niigata University
関連論文
- D402 Development of Articulated Trucks for AC Train (Series E993)
- A302 Effect of Gauge Widening on Curve Negotiation of Two-Axle Bogie Vehicles Considering Steering Mechanism and Wheel Tread Profile
- The Characteristics of Wheel Wear in Shinkansen Electric Cars and Its Effect on the Running Vibration : In Case of Conical-Shaped Wheels with a Conicity of 1/40
- An Analysis of Longitudinal Vibration for Bogie Vehicle : Effects of the Lowered Stiffness of Rubber Vibration Isolators Used for Fixing Dampers in the Primary Suspension