1. |
Reactive Multiphase Flow Simulation Workshop Summary |
2 |
|
1.1 Companies Represented |
2 |
|
1.2 Presentation Topics |
2 |
2. |
Introduction – Brian VanderHeyden, LANL (Attachment 2) |
4 |
3. |
Introductory Simulation Movies – Bucky Kashiwa, LANL |
4 |
4. |
Prototype Multiphase Flow Problems – Paul Merz, Chevron Research and Technology Company |
7 |
5. |
Review of CFDLIB/Current Theory – Bucky Kashiwa, LANL (Attachment 3) |
10 |
6. |
Air-Agitated Alumina Crystallizer – Phil Hsieh, Alcon |
11 |
7. |
Heat-Transfer Mechanisms in Ebullated Bed Reactors – Farshad Bavarian, Texaco |
12 |
8. |
Review of CFDLIB/Current Theory – Brian VanderHeyden, LANL (Attachment 4) |
13 |
9. |
Simulation of Gas Jets in Molten Metal Baths – Jon Wolfe, Molten Metal Technology |
17 |
10. |
Review of CFDLIB/Current Theory – Nely Padial, LANL (Attachment 5) |
18 |
11. |
Multiphase Flow at Procter & Gamble – Joseph Kitching, John McKibben, Procter & Gamble |
20 |
12. |
Multiphase Flow at Exxon – Bill Heard, Exxon Research & Engineering Company |
21 |
13. |
KIVA Combustion Simulation – Dan Butler, LANL |
21 |
14. |
Telluride/Pasoga, Doug Kothe, LANL (Attachment 6) |
22 |
15. |
Review of CFDLIB/Current Theory – Bucky Kashiwa, LANL (Attachment 3) |
23 |
16. |
Multiphase Reynolds Stress Transport Modeling – Brian VanderHeyden, LANL (Attachment 7) |
23 |
17. |
Spectral Models, Symmetry and Engineering Turbulence Closures – Tim Clark, LANL (Attachment 8) |
24 |
18. |
Applications of Group Theory to Turbulence Modeling – Brian Volintine, DOE Office of Industrial Technologies |
24 |
19. |
Potential Mechanisms for Collaboration/oil and Gas Partnership – Bob Hanold, LANL |
25 |
20. |
Review of 1st Industrial Energy Efficiency Symposium and Expo – Ed Joyce, LANL (Attachment 9) |
26 |
21. |
Center for Materials Processing Modeling – Richard Lesar, LANL |
26 |
22. |
A View form Washington – Dan Wiley, DOE Office of Industrial Technologies (Attachment 10) |
27 |
23. |
Tank Flow Simulation – Bert Harvey, Dow Chemical Company |
27 |
24. |
Some Thoughts on a Potential CFD Consortium – Tyler Thompson, Dow Chemical Corporation (Attachment 11) |
28 |
25. |
Brainstorm/Discussion – Consortium/Center of Excellence – Wrap-Up – Brian VanderHeyden, LANL (Attachment 12) |
28 |
26. |
Attachment 1 Agenda Brian VanderHeyden LANL |
A1.1 – A1.7 |
27. |
Attachment 2 Workshop Introduction Brian VanderHeyden LANL |
A2.1 – A2.15 |
28. |
Attachment 3 Review of CFDLIB/Current Theory, Bucky Kashiwa, LANL. Multimaterial Formalism. Mass and Momentum Conservation. Numerical Methods |
A3.1-A3.24 |
29. |
Attachment 4 Review of CFDLIB/Current Theory. Brian VanderHeyden, LANL. Energy Conservation, Pressure Force Models, Current Turbulence Models |
A4.1-A4.18 |
30. |
Attachment 5 Review of CFDLIB/Current Theory. Nely Padial, LANL. Parallel Implementation and Results |
A5.1-A5.19 |
31. |
Attachment 6 Telluride/Pagosa. Doug Kothe, LANL |
A6.1-A6.29 |
32. |
Attachment 7 Multiphase Reynolds Stress Transport Modeling. Brian VanderHeyden, LANL |
A7.1-A7.8 |
33. |
Attachment 8 Spectral Models, Symmetry and Engineering Turbulence Closures. Tim Clark, LANL |
A8.1-A8.11 |
34. |
Attachment 9 Review of 1st Industrial Energy Efficiency Symposium and Expo. Ed Joyce, LANL |
A9.1-A9.3 |
35. |
Attachment 10 A View from Washington. Dan Wiley DOE Office of Industrial Technologies |
A10.1-A10.2 |
36. |
Attachment 11 Some thoughts on a potential CFD consortium. Tyler Thompson, Dow. |
A11.1--A11.17 |
37. |
Attachment 12 Brainstorm/Discussion on Consortium/Center of Excellence/Wrap-Up. Brain VanderHeyden, LANL |
A12.1-A.12.11 |