来自于: 交通运输与物流学院  | 分类: 学术科技与创新创业
项目级别

院级项目

报名:2017-11-13 13:00-至-2017-11-15 13:00
  •  课程时间:2017-11-14 19:30
     课程学时:2.0
  •  已报名人数:7/100
     课程类别:学术科技与创新创业
  •  课程地点:X2535
  •  选课校区:
  •  面向对象:土木,机械,电气,信息,运输,经管,人文,外语,建筑,材料,力学,数学,物理,体育,生命,地学,公共,马院,茅院,利兹,工业,心理,峨眉,宣传部,唐研院 2013,2014,2015,2016,2017,2018级本科生
  •  授课方式:讲座
  •  报名时间:2017-11-13 13:00/2017-11-15 13:00
  •  学时说明:

课程简介

It is widely observed in urban areas that major transit corridors often consist of multiple transit systems (e.g., regular street bus, bus rapid transit (BRT), and rail transit) partly or mostly overlapping along the corridor, on which local and express services are simultaneously provided to all transit patrons. Traditional transit corridor design, however, was mainly focused on single transit technology with particular one type of operation strategy, and consequently provided little guidance for seeking the optimal design of a hybrid transit corridor (in terms of the stop locations and headways, for instance). Targeting at long-term transit planning, this paper adopted the continuum approximation method to model the optimal design of a linear bimodal transit corridor with local and express services. Given the many-to-many demand pattern, patrons’ route choices were explicitly considered among 5 types of route options: (1) express only, (2) local only, (3/4) local/express-transfer- ex

课程负责人

范文博 教授

联系方式:18669111165

办公室地址:交运学院

第二联系方式:

主讲人

范文博 教授

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