Impact of Vacuum-Drying on Efficiency of Hardwood Products

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Impact of Vacuum-Drying on Efficiency of Hardwood Products ( impact-vacuum-drying-efficiency-hardwood-products )

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operational problems. Design problems generally deal with system configuration issues and simulation tools are primarily used to evaluate candidate designs to aide in the design selection process. Planning problems generally deal with how existing or proposed systems will be used. Operational problems relate to the actual use of the system.” According to Anu (1997), the steps to develop a simulation model are: 1. Identify the problem 2. Formulate the problem 3. Collect and process real data 4. Formulate and develop a model. 5. Validate the model 6. Document model for future use. 7. Select appropriate experimental design. 8. Establish experimental conditions for runs. 9. Perform simulation runs, 10. Interpret and present results. 11. Recommend further course of action To perform a simulation model, software is needed. This software can be divided into two groups: simulation language or a manufacturing-oriented simulation language. In the first one the model is developed by programming. This group allows the user to have modeling flexibility. Some examples are: Arena, AweSim, Extend, GPSS/H, Micro Saint, MODSIM III, SES/workbench, SIMPLE, SIMSCRIPT II.5, SIMUL8, and SLX. (Law and McComas 1998). According to Law and McComas (1998) a manufacturing-oriented simulation language ‘’ is one where the modeling constructs are specifically oriented toward manufacturing or material 28

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