三宝垄公交走廊行人通道设计适应新冠肺炎

Pub Date : 2022-07-14 DOI:10.11113/ijbes.v9.n2-3.1033
D. I. Kusumo Dewi, A. R. Rakhmatulloh, Endah Kartika Syahri
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引用次数: 0

摘要

由于这种致命疾病的严重性和效力,新冠肺炎病例在印度尼西亚继续增加,估计值为71.9万例,死亡率为8.37%。中爪哇省是造成高死亡率的主要省份之一,尤其是在三宝垄市等人口稠密地区。病毒的传播是通过人与人之间的直接接触发生的,迫使身体和社交距离变得更加重要,尤其是在公共场所。据报道,基于这些条件,城市规划专家建议重新设计公共空间,以适应当前的疫情条件,从而提供舒适、安全和可持续的城市生活。因此,本研究旨在分析大众交通系统(巴士Trans Semarang)的整合与人行道的重新调整和重新设计潜力,以应对新冠肺炎大流行。在过去的两年里,人行道的开发已成为三宝垄市政府的一个组成部分,以实现可持续的交通系统。此外,由于公众担心其在外部地区的传播,疫情目前使人行道的功能减弱。本研究基于空间的检索数据集中在跨三宝垄公交走廊的公交车站,这些车站是步行活动出现的潜在点。测量行人活动的方法包括行为映射和城市设计分析。这是为了确定适应疫情条件的行人设计指标。模拟方法还通过使用ArcGIS和Sketchup等空间应用程序来辅助数据可视化过程。在此之后,进行容量计算,以确定可用空间的最大限制。结果以指标的形式出现,如额外宽度、车道划分以及卫生设施的提供。这些是在三宝垄市不同地点应用于人行道环境特征的主要建议。
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Adaptation of the Pedestrian Walkways Design along the Trans Semarang Bus Corridor to COVID-19
COVID-19 cases continue to increase in Indonesia, with an estimated value of 719,000 and an 8.37% mortality rate, due to the severity and potency of the deadly disease. One of the provinces that mostly contributes to the high mortality rate is Central Java, especially in populous areas like Semarang City. The spread of the virus occurs through direct contact between humans, forcing physical and social distances to become more important, especially in public spaces. Based on these conditions, city planning experts reportedly suggests a public space re-design process, adaptable to the current pandemic conditions, in order to provide a comfortable, safer, and sustainable urban life. Therefore, this study aims to analyze the integration of the mass transportation system (the Bus Trans Semarang) with the readjustment and redesign potentials of pedestrian walkways, in response to the COVID-19 pandemic. For the past two years, the development of pedestrian walkways has become an integral part of the Semarang City Government, in order to realize a sustainable transportation system. Furthermore, the pandemic has presently made pedestrian walkways less functional, due to public concerns on its spread in external areas. The retrieval spatial-based data of this study focused on the bus stops for the Trans Semarang Bus Corridor, which were potential points for the emergence of walking activities. The method used in the measurement of pedestrian activity included behavioral mapping and urban design analysis. This was to identify the pedestrian design indicators that were adaptive to the pandemic conditions. The simulation methods also assisted the data visualization process, by using spatial applications such as ArcGIS and Sketchup. After this, the calculation of the capacity was carried out, to determine the maximum limit of the available spaces. The results were in the form of indicators, such as additional width, lane division, as well as provision of health and hygiene facilities. These were the main recommendations applied on the pedestrian walkways' environmental characteristics, at various points in Semarang City.
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