In this chapter we will present three approaches to model manufacturing systems in an aggregate way leading to fast and effective (i.e., scalable) simulations that allow the development of simulation tools for rapid exploration of different production scenarios in a factory as well as in a whole supply chain. We will present the main ideas and show some validation studies. Fundamental references are given for more detailed studies
Simulation is a powerful tool to analyze manufacturing systems for purposes of design and on-going o...
The dynamics of manufacturing systems has been a subject of study for several decades. Over the last...
Simulation has been used to evaluate various aspects of manufacturing systems. However, building a s...
In this chapter we will present three approaches to model manufacturing systems in an aggregate way ...
The application of discrete event simulation methodology in the analysis of higher level manufacturi...
Obtaining data-based decision support faster is a competitive advantage for companies. Faster decisi...
Sustainable manufacturing includes efficient use of capital intensive manufacturing machines. For a ...
In conceptual analysis of higher level manufacturing systems, for instance, when the constraint on s...
The modelling of manufacturing processes is approached in the professional communities as one of the...
Computer modeling and simulation provide a foundation upon which industrial processes and systems ca...
Increased competition in many industries has resulted in complex manufacturing environments with an ...
Even though we have moved beyond the Industrial Age and into the Information Age, manufacturing rema...
A simulation model for materials supply to mixed-model assembly lines will be discussed. The simulat...
Concepts for aggregate modeling and simulation are presented and applied for the setting of the para...
This article reports a case study application of a systematic approach to modelling complex organisa...
Simulation is a powerful tool to analyze manufacturing systems for purposes of design and on-going o...
The dynamics of manufacturing systems has been a subject of study for several decades. Over the last...
Simulation has been used to evaluate various aspects of manufacturing systems. However, building a s...
In this chapter we will present three approaches to model manufacturing systems in an aggregate way ...
The application of discrete event simulation methodology in the analysis of higher level manufacturi...
Obtaining data-based decision support faster is a competitive advantage for companies. Faster decisi...
Sustainable manufacturing includes efficient use of capital intensive manufacturing machines. For a ...
In conceptual analysis of higher level manufacturing systems, for instance, when the constraint on s...
The modelling of manufacturing processes is approached in the professional communities as one of the...
Computer modeling and simulation provide a foundation upon which industrial processes and systems ca...
Increased competition in many industries has resulted in complex manufacturing environments with an ...
Even though we have moved beyond the Industrial Age and into the Information Age, manufacturing rema...
A simulation model for materials supply to mixed-model assembly lines will be discussed. The simulat...
Concepts for aggregate modeling and simulation are presented and applied for the setting of the para...
This article reports a case study application of a systematic approach to modelling complex organisa...
Simulation is a powerful tool to analyze manufacturing systems for purposes of design and on-going o...
The dynamics of manufacturing systems has been a subject of study for several decades. Over the last...
Simulation has been used to evaluate various aspects of manufacturing systems. However, building a s...