This paper discusses an enhanced use of Modeling and Simulation (M&S) in the design cycle of large scale infrastructure systems. After a short review of the use of M&S in the current systems design process, we identify some issues in multi-actor design environment. A Simulation Based Design (SBD) framework is proposed to tackle these issues using a multi-methodological approach. The framework is specified with formal description, and the tree-like structuring and refinement of design alternatives are explained. A case of applying the framework to container terminal design is presented and the evaluation is reported
This paper proposes a distributed simulation approach to address the logistic implications of design...
A large amount of capital is invested in developing container terminals in order to cope with the gr...
Today\u27s Architecture, Engineering, Construction and Facility Management (AEC/FM) industry has to ...
This paper discusses an enhanced use of Modeling and Simulation (M&S) in the design cycle of large s...
This paper discusses an enhanced use of Modeling and Simulation (M&S) in the design cycle of lar...
Simulation models are often used to analyze the behavior and performance of infrastructure systems. ...
Designing large logistics systems, such as automated container terminals, is a challenging task that...
Globally, container terminals are trying to expand capacity and increase performance at a minimum of...
The planning and design of an inland container terminal is a complex task due to many interrelated d...
M&S has proved to be a day-to-day tool highly indispensable for complex systems design, management a...
This paper presents the functional design of a simulation architecture supporting simulation researc...
The paper discusses the role of modelling and simulation techniques in large scale construction proj...
To meet the expected increase of seaborne trade flows for coal and iron ore dry bulk terminals need ...
Modeling and simulation are essential tools for the design and analysis of container terminals. A co...
The design of an innovative logistic system is a complex problem in the solution of which many disci...
This paper proposes a distributed simulation approach to address the logistic implications of design...
A large amount of capital is invested in developing container terminals in order to cope with the gr...
Today\u27s Architecture, Engineering, Construction and Facility Management (AEC/FM) industry has to ...
This paper discusses an enhanced use of Modeling and Simulation (M&S) in the design cycle of large s...
This paper discusses an enhanced use of Modeling and Simulation (M&S) in the design cycle of lar...
Simulation models are often used to analyze the behavior and performance of infrastructure systems. ...
Designing large logistics systems, such as automated container terminals, is a challenging task that...
Globally, container terminals are trying to expand capacity and increase performance at a minimum of...
The planning and design of an inland container terminal is a complex task due to many interrelated d...
M&S has proved to be a day-to-day tool highly indispensable for complex systems design, management a...
This paper presents the functional design of a simulation architecture supporting simulation researc...
The paper discusses the role of modelling and simulation techniques in large scale construction proj...
To meet the expected increase of seaborne trade flows for coal and iron ore dry bulk terminals need ...
Modeling and simulation are essential tools for the design and analysis of container terminals. A co...
The design of an innovative logistic system is a complex problem in the solution of which many disci...
This paper proposes a distributed simulation approach to address the logistic implications of design...
A large amount of capital is invested in developing container terminals in order to cope with the gr...
Today\u27s Architecture, Engineering, Construction and Facility Management (AEC/FM) industry has to ...