This research identifies highly congested areas in Bus Rapid Transit (BRT) platforms and apply measures to improve Quality of Service and capacity. It developed a novel model that partitioned BRT platforms into cells and examined passenger activities to evaluate variation in area available per passenger across the platform. It was identified that areas available for stationary and circulating passengers in a platform cell differed significantly. BRT platform operation during the COVID-19 pandemic was evaluated. Significant variations exist in waiting passenger distributions between the Before COVID-19 and During COVID-19 cases
The COVID-19 pandemic policies have had a significant impact on the daily commuter flow at the metro...
A Bus Rapid Transit (BRT) station with multiple loading zones tends to have a longer passenger-bus i...
In this paper, a decision support model for capacity planning of bus rapid transit stations is propo...
The operation of a Bus Rapid Transit (BRT) station platform is a key factor that affects BRT system ...
Bus rapid transit (BRT) can offer transit mobility to meet growing travel demands by cost-effectivel...
It is important to evaluate the quality of service (QoS) of bus rapid transit (BRT) station platform...
Platform overcrowding is a very common but relatively poorly understood occurrence at most bus rapid...
Bus Rapid Transit (BRT) station is the interface between passenger and service. The station is cruci...
The passenger specific area (PSA) on a Bus Rapid Transit (BRT) station platform is a key measure of ...
The Bus Rapid Transit (BRT) station is the interface between passengers and services. The station is...
Stations on Bus Rapid Transit (BRT) lines ordinarily control line capacity because they act as bottl...
High volume bus facilities range from on-street facilities to dedicated Bus Rapid Transit (BRT) faci...
Bus Rapid Transit (BRT) is being prioritised in countries that want to implement fast, affordable an...
The critical station of a bus rapid transit facility governs facility capacity. This study developed...
This paper presents mathematical models for BRT station operation, calibrated using microscopic simu...
The COVID-19 pandemic policies have had a significant impact on the daily commuter flow at the metro...
A Bus Rapid Transit (BRT) station with multiple loading zones tends to have a longer passenger-bus i...
In this paper, a decision support model for capacity planning of bus rapid transit stations is propo...
The operation of a Bus Rapid Transit (BRT) station platform is a key factor that affects BRT system ...
Bus rapid transit (BRT) can offer transit mobility to meet growing travel demands by cost-effectivel...
It is important to evaluate the quality of service (QoS) of bus rapid transit (BRT) station platform...
Platform overcrowding is a very common but relatively poorly understood occurrence at most bus rapid...
Bus Rapid Transit (BRT) station is the interface between passenger and service. The station is cruci...
The passenger specific area (PSA) on a Bus Rapid Transit (BRT) station platform is a key measure of ...
The Bus Rapid Transit (BRT) station is the interface between passengers and services. The station is...
Stations on Bus Rapid Transit (BRT) lines ordinarily control line capacity because they act as bottl...
High volume bus facilities range from on-street facilities to dedicated Bus Rapid Transit (BRT) faci...
Bus Rapid Transit (BRT) is being prioritised in countries that want to implement fast, affordable an...
The critical station of a bus rapid transit facility governs facility capacity. This study developed...
This paper presents mathematical models for BRT station operation, calibrated using microscopic simu...
The COVID-19 pandemic policies have had a significant impact on the daily commuter flow at the metro...
A Bus Rapid Transit (BRT) station with multiple loading zones tends to have a longer passenger-bus i...
In this paper, a decision support model for capacity planning of bus rapid transit stations is propo...