For the undisputed degree of complexity that characterizes the port system, it certainly belongs to the category of systems of systems. In fact, the functioning of a port is made possible due to the interaction of a certain number of subsystems, which in turn depend on other subsystems. The goal of this paper is to model and simulate, by adopting the System Dynamics methodology, a subsystem of the port context: the rail port cycle. The model has been applied to some important container terminals located in Italy. \u201cWhat-if\u201d scenarios have been tested with the objective of underlining system bottlenecks
Due to the increase in the global volume of transport of containerized goods, container terminal man...
Simulation Modelling, together with System Dynamics andintensive use of modem digital computer, whic...
World trade has been increasing dramatically in the past two decades and, as a result, container exc...
For the undisputed degree of complexity that characterizes the port system, it certainly belongs to...
The particular complexity that characterizes a maritime port makes it belonging to the category of a...
The container terminal operates under a competitive and dynamic environment where every container te...
The purpose of this paper is to show the efficiency of application of system dynamic simulation mode...
This paper investigates the role of computer simulation in evaluating the performance of a container...
While a considerable amount of research effort has been devoted to mo-deling seaport systems, models...
Modern container terminal faces the pressure of providing both efficient services and adequate facil...
A freight intermodal terminal represents one of the most significant bottleneck in logistic chains. ...
Simulation is the best tool used for any non-trivial, real world system. For analysis of complex sys...
When analyzing the port terminal plannings, an important characteristic is the high degree of intera...
Railway freight terminals play a key role within the multimodal transport and the transit time throu...
Abstract: This paper presents a statistics and mathematics simulation model for the complex bulk car...
Due to the increase in the global volume of transport of containerized goods, container terminal man...
Simulation Modelling, together with System Dynamics andintensive use of modem digital computer, whic...
World trade has been increasing dramatically in the past two decades and, as a result, container exc...
For the undisputed degree of complexity that characterizes the port system, it certainly belongs to...
The particular complexity that characterizes a maritime port makes it belonging to the category of a...
The container terminal operates under a competitive and dynamic environment where every container te...
The purpose of this paper is to show the efficiency of application of system dynamic simulation mode...
This paper investigates the role of computer simulation in evaluating the performance of a container...
While a considerable amount of research effort has been devoted to mo-deling seaport systems, models...
Modern container terminal faces the pressure of providing both efficient services and adequate facil...
A freight intermodal terminal represents one of the most significant bottleneck in logistic chains. ...
Simulation is the best tool used for any non-trivial, real world system. For analysis of complex sys...
When analyzing the port terminal plannings, an important characteristic is the high degree of intera...
Railway freight terminals play a key role within the multimodal transport and the transit time throu...
Abstract: This paper presents a statistics and mathematics simulation model for the complex bulk car...
Due to the increase in the global volume of transport of containerized goods, container terminal man...
Simulation Modelling, together with System Dynamics andintensive use of modem digital computer, whic...
World trade has been increasing dramatically in the past two decades and, as a result, container exc...