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PENNSYLVANIA STATE
UNIVERSITY
M. Tonks, I. Greenquist, K. Momeni
Mechanical Engineering Department, Pennsylvania State University
CHiMaD Phase Field Methods Workshop III & Hackathon
MAY 3-5, 2016
Question 1
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1—a – Movie of Evolution
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1—a – Movie of Evolution
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1—a – Mobility
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1—b – Movie of Evolution
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1—b – Movie of Evolution
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1—b – Mobility
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1—c – Movie of Evolution
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1—a – Tip Velocity vs Time
• Assume shape is
circular
• Calculate Area
• Solve for radius
y = 0.0107x + 2.0866
R² = 0.9939
0
1
2
3
4
5
6
7
0 100 200 300 400 500
Radius
Time
20x20 Bounding Box
y = 0.0026x + 4.7168
R² = 0.9996
0
5
10
15
20
25
30
35
0 2000 4000 6000 8000 10000 12000
Radius
Time
100x100 Bounding Box
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1 – Workflow (flowchart)
Define the domain
geometry
Selecting modules (Phase
Field)
Define variables
Define auxiliary variables and
kernels (for postprocessing)
Choosing the
time integrator
Run
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q1 – Details
• # cores: 8
• Core Hours: 1.5
• Wall clock time: 11 min
• All files can be found in Dropbox folder
Question 2
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q2 – Energy vs “Time” (Plot)
The 3D simulations were not long enough to make meaningful changes.
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q2 – 2D representation of result
Problem 2-a Problem 2-cProblem 2-b
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q2 – 3D representation of result
Problem 2-a Problem 2-cProblem 2-b
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q2 – Measurement of Aspect Ratio along
principal directions
• Specify how you measured these dimensions
The 3D simulations were not long enough to make meaningful changes.
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q2 – Workflow (flowchart)
Define the domain
geometry
Selecting modules (Tensor
Mechanics +Phase Field)
Define variables
Define auxiliary variables and
kernels (for postprocessing)
Choosing the
time integrator
Run
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Q2 – Details
• # cores: 24
• Core hours: 24
• Wall clock time: 1:00:00
• Computation time:
• All files can be found in Dropbox folder
CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016
Questions?

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CHiMaD Hackathon 2: Pennsylvania State University

  • 1. PENNSYLVANIA STATE UNIVERSITY M. Tonks, I. Greenquist, K. Momeni Mechanical Engineering Department, Pennsylvania State University CHiMaD Phase Field Methods Workshop III & Hackathon MAY 3-5, 2016
  • 3. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1—a – Movie of Evolution
  • 4. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1—a – Movie of Evolution
  • 5. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1—a – Mobility
  • 6. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1—b – Movie of Evolution
  • 7. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1—b – Movie of Evolution
  • 8. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1—b – Mobility
  • 9. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1—c – Movie of Evolution
  • 10. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1—a – Tip Velocity vs Time • Assume shape is circular • Calculate Area • Solve for radius y = 0.0107x + 2.0866 R² = 0.9939 0 1 2 3 4 5 6 7 0 100 200 300 400 500 Radius Time 20x20 Bounding Box y = 0.0026x + 4.7168 R² = 0.9996 0 5 10 15 20 25 30 35 0 2000 4000 6000 8000 10000 12000 Radius Time 100x100 Bounding Box
  • 11. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1 – Workflow (flowchart) Define the domain geometry Selecting modules (Phase Field) Define variables Define auxiliary variables and kernels (for postprocessing) Choosing the time integrator Run
  • 12. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q1 – Details • # cores: 8 • Core Hours: 1.5 • Wall clock time: 11 min • All files can be found in Dropbox folder
  • 14. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q2 – Energy vs “Time” (Plot) The 3D simulations were not long enough to make meaningful changes.
  • 15. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q2 – 2D representation of result Problem 2-a Problem 2-cProblem 2-b
  • 16. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q2 – 3D representation of result Problem 2-a Problem 2-cProblem 2-b
  • 17. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q2 – Measurement of Aspect Ratio along principal directions • Specify how you measured these dimensions The 3D simulations were not long enough to make meaningful changes.
  • 18. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q2 – Workflow (flowchart) Define the domain geometry Selecting modules (Tensor Mechanics +Phase Field) Define variables Define auxiliary variables and kernels (for postprocessing) Choosing the time integrator Run
  • 19. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Q2 – Details • # cores: 24 • Core hours: 24 • Wall clock time: 1:00:00 • Computation time: • All files can be found in Dropbox folder
  • 20. CHiMaD Phase Field Methods Workshop III & Hackathon – MAY 3-5, 2016 Questions?