This study proposes an urban Bikeability Index (BI) to assess and prioritise bicycle
infrastructure investments, and in turn, improve accessibility for cyclists. The contribution of …

There is growing recognition of the importance of a well-connected cycling infrastructure.
Common connectivity measures apply aggregate area-based metrics, such as the number of …

City-scale simulation modelling of active modes of transportation (ie, walking and cycling) is
becoming increasingly popular in recent years. The heterogeneous and complex behaviour …

In high-density urban air mobility (UAM) operations, mitigating congestion and reducing
structural constraints are key challenges. Pioneering urban airspace design projects expect …

This paper investigates a bike-way network design problem for retrofitting existing cycling
infrastructure for commuter cyclists. A multi-objective integer linear programming model is …

Cycling crashes constitute a significant and rising share of traffic accidents. Consequently,
exploring factors affecting cycling safety has become a priority for both governmental bodies …

Despite requiring less space than most other modes of transport, bicycle traffic will also be
prone to congestion when the traffic volume is sufficiently large. Such congestion can …

The link criticality index (LCI) is a network performance-based measure that assesses
criticality of network links based on flow fluctuations during traffic assignment. Unlike other …

Modeling bicycle traffic assignment requires consideration of the various factors and criteria
that could play a role in a cyclist's route decision-making process. However, existing studies …

Traffic flow estimation (TFE) plays an important role in transportation systems, especially in
relation to the detection, planning, and management of traffic for expressway systems …