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4 Thermal Testing, Modeling, and Predicted Throughput of the Metal Parts Treater
Pages 27-33

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From page 27...
... The thermal dosimeters use a crystalline solid inside a metal shell. The EXPERIMENTAL TEMPERATURE MEASUREMENTS solid begins to melt at 1000°F.
From page 28...
... The measurements FLUID DYNAMICS THERMAL Modeling were taken to be surface temperatures when compared with The Bechtel Parsons Blue Grass Team (BPBGT) used a the CFD predictions.
From page 29...
... model predictions with experimental results for thermocouples 4 and 6 on projectile 14 with CFD predictions. Source: Jonathon Berkoe, Manager, Bechtel Advanced Simulation and Analysis Group, "Blue Grass 4-2 MPT CFD Modeling Comparison to Pasco TRRP Experiment Measurements," presentation to the committee, September 5, 2007.
From page 30...
... . The CFD model was modified for prediction of AND MODELING full-scale performance by changing the physical properties and boundary conditions to conform with the full-scale de- Because the experimental data could also be inacsign.
From page 31...
... SOURCE: Jonathon Berkoe, Manager, Bechtel Advanced Simulation and Analysis Group, "Blue Grass MPT CFD Modeling Comparison to Pasco TRRP Experiment Measurements," presentation to the committee, September 5, 2007.
From page 32...
... Jonathan Berkoe, Manager, Bechtel Advanced Simulation and Analysis unit (e.g., better seals on the inlet and outlet doors and repo Group, "Blue Grass MPT CFD Modeling Comparison to Pasco TRRP Exper iment Measurements," presentation to the committee, September 5, 2007. Bechtel Parsons Blue Grass Team, "Blue Grass Chemical Agent De- Samuel Hariri, Process Design Lead, Bechtel Parsons Blue Grass Team, struction Pilot Plant (BGCAPP)
From page 33...
... , the full-scale MPT is expected to meet design The required processing rates are so low that extended throughput rates, and, even if it falls somewhat short of processing times due to lower ramp-up rates will have no design values, overall plant throughput is not expected to effect on overall plant munitions throughput. Thus, MPT be affected.


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