Dataset supporting: Kim, H., Hu, Z., & Thompson, D. (2020). Numerical Investigation of the Effect of Cavity Flow on High Speed Train Pantograph Aerodynamic Noise  . Journal of Wind Engineering and Industrial Aerodynamics.</span
At typical speeds of modern high-speed trains the aerodynamic noise produced by the airflow over the...
For high-speed trains, the aerodynamic noise becomes an essential consideration in the train design....
Aerodynamic noise from pantographs becomes an important source of noise from trains at high speeds. ...
Dataset suppports: Kim, H., Hu, Z., & Thompson, D. (2020). Effect of Cavity Flow Control on High...
Dataset supporting: Kim, H., Hu, Z., & Thompson, D. (2020). Effect of different typical high spe...
This dataset supports the thesis entitled 'Aerodynamic Noise from a High Speed Train Pantograph ...
Dataset for Li, H, Thompson, D, Squicciarini, G, Liu, X, 2021, "The distribution of pantograph ...
For high-speed trains the aerodynamic noise sources become important for speeds above about 300 km/h...
Reducing train pantograph noise is particularly important. In this paper, the flow behaviour and noi...
Dataset for the main results of paper entitled 'The flow and flow-induced noise behaviour of a s...
Several studies to increase train speed are underway with the target to design a new generation pant...
Pantographs are important devices on high-speed trains. When a train runs at a high speed, concave a...
Flow induced noise increase significantly with speed, consequently noise reduction has become an imp...
Several studies to increase train speed are underway with the target to design a new generation pant...
Aerodynamic noise induced by interaction with the air flow becomes particularly important as train s...
At typical speeds of modern high-speed trains the aerodynamic noise produced by the airflow over the...
For high-speed trains, the aerodynamic noise becomes an essential consideration in the train design....
Aerodynamic noise from pantographs becomes an important source of noise from trains at high speeds. ...
Dataset suppports: Kim, H., Hu, Z., & Thompson, D. (2020). Effect of Cavity Flow Control on High...
Dataset supporting: Kim, H., Hu, Z., & Thompson, D. (2020). Effect of different typical high spe...
This dataset supports the thesis entitled 'Aerodynamic Noise from a High Speed Train Pantograph ...
Dataset for Li, H, Thompson, D, Squicciarini, G, Liu, X, 2021, "The distribution of pantograph ...
For high-speed trains the aerodynamic noise sources become important for speeds above about 300 km/h...
Reducing train pantograph noise is particularly important. In this paper, the flow behaviour and noi...
Dataset for the main results of paper entitled 'The flow and flow-induced noise behaviour of a s...
Several studies to increase train speed are underway with the target to design a new generation pant...
Pantographs are important devices on high-speed trains. When a train runs at a high speed, concave a...
Flow induced noise increase significantly with speed, consequently noise reduction has become an imp...
Several studies to increase train speed are underway with the target to design a new generation pant...
Aerodynamic noise induced by interaction with the air flow becomes particularly important as train s...
At typical speeds of modern high-speed trains the aerodynamic noise produced by the airflow over the...
For high-speed trains, the aerodynamic noise becomes an essential consideration in the train design....
Aerodynamic noise from pantographs becomes an important source of noise from trains at high speeds. ...
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