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Progress Report

CAViDS Consortium. CAT FSI-Bend. Progress Report. Bend Thermal FSI via FLUENT/ABAQUS and MpCCI. A CAViDS Consortium Project Started March 30, 2012. WMU Team: Drs. William Liou (PI), Yang Yang Caterpillar Team: Dr. Bob Feller. Presented at WMU, Kalamazoo, MI, xx/xx/2012.

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Progress Report

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  1. CAViDS Consortium CAT FSI-Bend Progress Report Bend Thermal FSI via FLUENT/ABAQUS and MpCCI A CAViDS Consortium Project Started March 30, 2012 WMU Team: Drs. William Liou (PI), Yang Yang Caterpillar Team: Dr. Bob Feller Presented at WMU, Kalamazoo, MI, xx/xx/2012 Computational Engineering Physics Lab.

  2. CAViDS Consortium CAT FSI-Bend Bend Thermal FSI via FLENT/ABAQUS/MpCCI • Coupled FSI for Heat Transfer M&S • FSI process development • Two-way coupling • ANSYS/FLUENT • MPCCI/FLUENT/ABAQUS • Objectives • Realize 2-Way Coupling via MpCCI • Document Results and MpCCI Processes Computational Engineering Physics Lab.

  3. CAViDS Consortium CAT FSI-Bend Current One-Way Coupling • FLUENT (Air) • ABAQUS (Cast Iron) • Transient Inlet Mass & Temp • Results Computational Engineering Physics Lab.

  4. CAViDS Consortium CAT FSI-Bend Two-Way Coupling • FLUENT (Air) • ABAQUS (Cast Iron) • MpCCI (FLUENT/ABAQUS Interface) • Transient Inlet Mass & Temp Computational Engineering Physics Lab.

  5. CAViDS Consortium CAT FSI-Bend Two-Way Coupling • Setup Air Flow Ambient Wall Quantities sent by FLUENT Wall Heat Transfer Coeffieient, • Film Temp • Wall Heat Transfer Coeff Quantities sent by Abaqus Heat Flux, • Wall Temp Heat Sink Temp, Outside Heat Transfer Coeff, Film Temp, Wall Temp, Computational Engineering Physics Lab.

  6. CAViDS Consortium CAT FSI-Bend Results Film Temperature Time: 199 sec Computational Engineering Physics Lab.

  7. CAViDS Consortium CAT FSI-Bend Results Film Temperature Time: 479 sec Computational Engineering Physics Lab.

  8. CAViDS Consortium CAT FSI-Bend Results Wall Temperature Time: 199 sec Computational Engineering Physics Lab.

  9. CAViDS Consortium CAT FSI-Bend Results Wall Temperature Time: 479 sec Computational Engineering Physics Lab.

  10. CAViDS Consortium CAT FSI-Bend Results Temperature History (Flow Outlet) Monitored Wall Temperature (Inner Surface) Computational Engineering Physics Lab.

  11. CAViDS Consortium CAT FSI-Bend Bend Thermal FSI via FLENT/ABAQUS/MpCCI • Coupled FSI for Heat Transfer M&S • FSI process development • Two-way coupling • ANSYS/FLUENT • MPCCI/FLUENT/ABAQUS • Objectives • Realize 2-Way Coupling via MpCCI • Document Results and MpCCI Processes Computational Engineering Physics Lab.

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