The article considers the problems posed by the application of 3D simulation analysis to the modeling of production processes in surface mining. The issues here focused on include the possibilities of creating the representations of mining exploitation elements in a three-dimensional environment as well as the description of the influence that spatial characteristics of surface mines has on simulation processes. The paper also discusses the sense for employing simulation techniques in the design of surface mining production processes and presents the results of analysis performed for a model production system. In conclusion the advantages and disadvantages of the described solutions are compared and the perspectives for their further development and popularization are described.
The main goal during the creation of this simulation model has been to build a tool, which will help to make operational decisions in the Car Manufacturer. The created simulation model enables controlling the actual sequencing delivery system. The model also makes it possible to test the influence of each parameter on the process. It also offers the possibility of the development of universalization.
Thanks to using the simulation program, it has been possible to run tests and studies at this particular process. Moreover, thanks to Flexsim software the visualization of the process has been possible. The visualization permits the better understanding of the relationships in the process.
To make the model more flexible, it has been connected with the MS Excel file. On this account, it has been possible to change every parameter. Each change has an influence on the model operation, so it is easy to watch and study how process operates in different situations.
The created model for cars windows is very elastic and gives the possibility improvement and development. There is also the possibility to enclose other sequencing deliveries, which are carried out in the Car Manufacturer.