pragma 13 maeviz tutorial mae center pi: amr elnashai, maeviz pi: bill spencer, co-pi: jim myers,...
TRANSCRIPT
PRAGMA 13 MAEViz Tutorial
MAE Center PI: Amr Elnashai, MAEviz PI: Bill Spencer, Co-PI: Jim Myers, PM: Terry McLaren
Software Team: Chris Navarro, Shawn Hampton, Jong Sung Lee, Nathan Tolbert
National Center for Supercomputing Applications
F ile In te rv e n tion s
M aev iz – [M em p h is T est B ed ]
In v e n to ry H a zard s V u lne ra b ility D e c is ion s u p po rt In te rd e p e n d e n c ie s H e lp
?C o n seq u en ce T ab le
O K C ance l
E a rthquake Lev e l: 5% P E in 50 yea rs
D ec is ion O ption: E qu iv a len t C os t A na lys is
P ro b . D is trib u tio n P re fe re n ce P lo t P O S p lo t C o m pa re S che m e s
?S ch em e C o m p ariso n
O K C ance l
D e scrip tio n
S ch e m e #1C 2M R ebu ildC 2L R ebu ildU R M L R ebu ild
S ch e m e #2C 2M R ehab LSC 2L R ehab LSU R M L N o A ctio n
C o ns e q ue nc e C o m p aris o n
0102030405060708090
100
No Ac tion S c hem e #1 S c hem e #2
A lte rna tives
Loss
($M
)
Life Los s
D ollar Los s
Input Motion Parameter
So
cial
/Eco
no
mic
Imp
act
Lim
it S
tate
Input error margin
Response error margin
Input Motion Parameter
So
cial
/Eco
no
mic
Imp
act
Lim
it S
tate
Input error margin
Response error margin
Input Motion Parameter
So
cial
/Eco
no
mic
Imp
act
Lim
it S
tate
Input error margin
Response error margin
MAEViz – a Cyberenvironment linking Research and Practice
Mid-America Earthquake Center
• Engineering View of MAE Center Research• Portal-based Collaboration Environment• Distributed Data/metadata Sources• Multi-disciplinary Collaboration
Hazard Definition
Inventory Selection
FragilityModels
Damage Prediction
Decision Support
Mid-America Earthquake CenterMid-America Earthquake Center
MAEviz Input - Hazards
• Sources– USGS maps, – Generated maps from attenuation
relationships
• Scenario or probabilistic• Including liquefaction effects
0.6g
0.5g
0.3g
Mid-America Earthquake CenterMid-America Earthquake Center
MAEviz Output - Damage Results
- Non-Residential Un-reinforced Masonry (URM) in Memphis
Mid-America Earthquake CenterMid-America Earthquake Center
Damage Result: Memphis Gas Pipeline Networks
Total Damage
Heavy Damage
Medium Damage
Light Damage
Slight Damage
No Damage
Mid-America Earthquake CenterMid-America Earthquake Center
Static Traffic Analysis
• Optimization of post-event traffic flow
Mid-America Earthquake CenterMid-America Earthquake Center
Injuries ($) by Census Tract
Mid-America Earthquake CenterMid-America Earthquake Center
Deaths ($) by Census Tract
Mid-America Earthquake CenterMid-America Earthquake Center
Monetary Loss by Census Tract
Mid-America Earthquake CenterMid-America Earthquake Center
The MAEviz Portal
Community Driven
• Calendar
• Discussions
• Shared Resources
• News/RSS
• Wiki pages
• Blog
• MAEviz Application
http://maeviz.cee.uiuc.edu/
Why MAEviz?
• Revolutionize the practice of earthquake research and catastrophe management:– Coordinate critical infrastructure planning to
account for system interdependencies– Connect researchers, scientists, engineers,
decision makers and practitioners– Support scientific discourse and traceability across
prediction, mitigation, response, and recovery
How to Think About MAEviz (in layers)
• An Earthquake Risk Management Tool
• A tool for discourse – compare and contrast methods
• A platform for Multi-Hazard Analysis
• A platform for GIS environment development
• An example cyberenvironment with workflow, provenance, collab-oration capabilities
Metadata
Workflow
Social Netwo
rks…
Impact
• Research Predictions of real-world effects– Memphis, SCDOT, FEMA, IEMA, USACE, Istanbul,
Pakistan, Indonesia
• Effective CI solving problems – ‘vertical’ domain integration as a driver
• An example Cyberenvironment – socio-technical changes in the way earthquake risk analysis is done.