Paper Title :A Development Of Logistics Infrastructure To Support Asean Economic Community: Case Study Of Transportation Of Trade Across Border At Sadao Customs
Author :Wanchai Rattanawong, Nanthi Suthikarnnarunai, Kulsurat Mounthong
Article Citation :Wanchai Rattanawong ,Nanthi Suthikarnnarunai ,Kulsurat Mounthong ,
(2015 ) " A Development Of Logistics Infrastructure To Support Asean Economic Community: Case Study Of Transportation Of Trade Across Border At Sadao Customs " ,
International Journal of Management and Applied Science (IJMAS) ,
pp. 84-88,
Volume-1,Issue-11
Abstract : The proposal of ways development for logistics infrastructure to support the opening of ASEAN Economic
Community (AEC): case study of transportation of trade across border at Sadao customs, Songkla province of Thailand.
The purposes of this research are to analyze and find the bottleneck of the road networks on the goods transportation’s routes
to the trade across border at Sadao customs, Songkla province, and to design the number of the appropriate traffic lanes to
increase the potentials of the road networks, and support the opening of the AEC in the future. This project is determined the
scopes of studied road networks preferred only the routes used to transport the highest export values of goods through Sadao
customs, Songkla, which is, the rubber. The total 28 road routes networks must be considered, equivalent to 565.143
kilometers total distance. When considered from the service level standard of the road routes which will help all traffics in
the networks are effective, which should be at the B-Level of the main routes of highway as considered by the geographical
features in the plain areas (country road), and should be at the C-Level of the highway main road of the city road and outskirt
road, therefore it should extend the routes of Pattalung – Nanode, Pattalung province, from 4 traffic lanes to be 8 traffic
lanes, and the routes of Nernpichai – Klong Wa, Songkla province, from 4 traffic lanes to be 8 traffic lanes, which will make
the service level of such routes reach A-Level, which is, the traffic conditions flow independently without being disturbed
from other factors, and the drivers will remain highly free to control the cars.
Keywords- Traffic Analysis and Design, Traffic Lane, Volume Capacity Ratio, Bottleneck.
Type : Research paper
Published : Volume-1,Issue-11
DOIONLINE NO - IJMAS-IRAJ-DOIONLINE-3578
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Copyright: © Institute of Research and Journals
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Published on 2016-01-02 |
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