Below is a listing of clips taken from:
What can we learn about unusual earthquake hazards from large scale numerical simulations on the Grid?
by Bernard Minster
view full video - high bitrate mov - 366 MB
To download a video (.mov) clip:
For PC: right-click choose "Save Target As" or "Save Link As"
For Mac: ctrl-click and choose "Download Linked File" or "Save Link As"
01) Bernard Minster: General Introduction
02) Bernard Minster: Introduction to TeraShake
03) Bernard Minster: People Involved with TeraShake
04) Bernard Minster: 4.5 Billion lost per Year on Earthquakes; FEMA 366 report
05) Bernard Minster: Studying Historical Earthquakes to Forecast Upcoming; SCEC Community Fault Model
06) Bernard Minster: Earthquake Forecast Model; Attenuation Relationship; Site Response; Intensity Measure
07) Bernard Minster: Grid Computing, Propagating Waves and understanding the 3D Structure of LA Basin Crust
08) Bernard Minster: Inaccurate Simulation Animation of Propagating Earthquake Waves
09) Bernard Minster: Accurate Simulation Animation of Propagating Earthquake Waves
10) Bernard Minster: Major Earthquakes on the San Andreas Fault Issues: Broken Gas and Water Lines; The "Big One" is due
11) Bernard Minster: Rupture History of the San Andreas Fault and Preparing for the Overdue Plate Slipping 18 Feet
12) Bernard Minster: TeraShake's 80 Kilometer Simulation Computing with High Performance Grid Computing
13) Bernard Minster: Designing the TeraShake Source Model
14) Bernard Minster: TeraShake took 240 Processors, 6 Months, Speeding up the I/O by a Factor of 20 Generating 50 Terabytes in 5 days
15) Bernard Minster: Speedier Processing, but Computer Scientists and Seismologists Collaborations Take Much Time to Build
16) Bernard Minster: SCEC Community Velocity Model and the Slip and Slip Rate
17) Bernard Minster: Peak Velocity Animation showing the Max Velocities from N to S and Vice Versa
18) Bernard Minster: Can We Rely on the Predictions Generated When Simulations are Based on Assumptions?
19) Bernard Minster: Peak Amplification Between San Gabriel and Los Angeles Basin
20) Bernard Minster: Studying the Profile of a Mountain Range North of LA
21) Bernard Minster: Seismic Waves Through Soft Rock are Sufficiently Larger
22) Bernard Minster: Analogy
by Fishing Pole Wiggle has a Free Period Movement like a Building
23) Bernard Minster: Duration of Shaking of Downtown Los Angeles Buildings Above Sediment Channel Areas
24) Bernard Minster: Simulations Newer than TeraShake Show Consistent Similar Results
25) Bernard Minster: Comparing Displacement of Ruptures from North Traveling vs. South Traveling Show Vast Differences
26) Bernard Minster: Using Dynamic Rupture Propagation and Directivity- TeraShake 2
27) Bernard Minster: TeraShake 2.1
by Directivity
28) Bernard Minster: CyberShake: 100, 000 Simulations of Senario Earthquakes
29) Bernard Minster: Senario Simulation
by Puente Hills
30) Bernard Minster: Repeating Simulations to Compare Results Appearing in the Each Simulations
31) Bernard Minster: Running Multiple Large Scale Earthquake Simulations on the Grid Increases Visualizations
32) Bernard Minster: Conducting Large Scale Earthquake Calculations Requires Assistance from Computer Scientists
33) Bernard Minster: Using Combined Fault Patches to Estimate the Results
34) Bernard Minster: Animations Generated by CyberShake