Street space design for bendi in the urban area of a ternate city

 
 
 
  • Abstract
  • Keywords
  • References
  • Abstract


    Spatial planning is very important because it is a public space so whether or not a street space will affect all road users. Structuring street space is to increase user experience so that the best place of public space is achieved.

    To get the best place, we need to accommodate and clearly define each user of the space. Bendi as a mode of transportation certainly uses street space as a means of motion space. And it requires a clear definition of the movement of the bendi in a physical order that can prevent violations of the rights of other street users both pedestrians and motorized vehicles.

    The purpose of this study is how the standard of road spatial planning for bendi. The method used in this study is the collection of field data through qualitative descriptive analysis with several indicators, namely Characteristics and space for bendi, spatial planning standards, street space settings. The design concept of bendi lane is proposed in 2 types, namely a special lane with a straight line divider on the Hasan Esa street, the Pahlawan revolusi street, and the Djabar Syah street and integration on the Ahmad Yani street and the Nukila street.

     


  • Keywords


    Non-Motorized Transport; Bendi.

  • References


      [1] Amudi A. 2015. Evaluation of Performance of Special Lines of Bicycles and Pedicabs on Jalan KH. Wahid Hasyim Kab. Jombang; Journal of Civil Engineering / Vol 9 No. 2.

      [2] Bayu Aristo, et al. 2016. Spatial Planning for Pedicabs (case: Malioboro Area); Journal of Multimodal Transportation / vol 14.

      [3] Injmam UI Haque, Singh Sitesh. Sustainable Highlights and Impact of Non Motorized Vehicle on Indian Mixed Traffic. International Journal of Innovative Research in Science, Engineering and Technology. Vol. 7, Issue 5, May 2018.

      [4] Guntara, G. 2017. Motorcycles Against Traffic Performance Influence of advance Stop Line (ASL) at Juction in Medan. Field. Journal of Civil Engineering Students at Tanjung Pura University.

      [5] Listantari, S. Joewono. 2017. Bicycle Path Design in the Wonosari Urban District Gunung Kidul Special Region of Yogyakarta. Transportation Development research center. Yogyakarta.

      [6] Maarif, S. 2014. Tourist Perceptions of Andong Tourism Transportation in the Malioboro Region of Yogyakarta City; Thesis. UGM. Yogyakarta

      [7] Mulyadi, AM. 2014. Bike Lane and Track Training Modules. Ministry of Public Works. Jakarta.

      [8] Rahman, M. M. 2004. Effects of Rickshaws and Auto-Rickshaws on the Capacity of Urban Signalized Intersections. IATSS Research, Volume 28, No. 1 (2014): 26-33. https://doi.org/10.1016/S0386-1112(14)60089-3.

      [9] Sani, Zulfiar. 2010. Transportation (An Introduction). Jakarta: UI-Press.

      [10] Wijaksono Ahmad, Planning for the implementation of Bicycle Lane in Tegal City. Journal of Civil Engineering / Vol 9 n0. 1.

      [11] Sugasta.HH, 2016. Analysis of the Effectiveness of bicycle lanes in the special urban areas of Pontianak. Faculty of Engineering, Tanjung Pura University. Pontianak.

      [12] Transport for London. 2014. "Links-Cycle lanes, cycle tracks and other cycle facilities. In: London Cycling Design Standard. "Accessed 27 February 2014. http://www.tfl.gov.uk/businessandpartners/ publications // 2766.aspx. https://doi.org/10.5822/978-1-61091-582-3_2.

      [13] UGM, PUSTRAL. Plans for developing non-motorized and pedestrian transportation lanes. Research Report. Center for Transportation and Logistics Studies, 2014.


 

Article ID: 30353
 
DOI: 10.14419/ijet.v9i2.30353




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