MAEviz Feature Highlights

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• Software Team
• Shawn Hampton
• Chris Navarro
• Jong Sung Lee
• Nathan Tolbert

• MAE Center PI
• Amr Elnashai
• MAEviz PI
• Bill Spencer
• Co-PI
• Jim Myers

http//maeviz.ncsa.uiuc.edu
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Presentation Overview

• MAEviz
• What is MAEviz?
• Motivations and Benefits
• Design Model
• Analyses
• Result Views
• Demonstration
• Strengthen Shelby County hospitals to meet goal
• Education Application examples
• Conclusions
• Contact/Additional Information

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What is MAEviz?

• A state-of-the-art extensible environment that
  integrates spatial information (buildings,
  bridges, demographic data), data (tables, math
  functions, etc), and visual information to
  perform risk assessment, analysis and data
  exploration.
• Integration point for MAE Center Research
• Simcity for Earthquakes

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Hazards Affecting Underground Pipelines

• Ground Shaking (acceleration, velocity)
• Landslides (displacement)
• Liquefaction (displacement)
• Settlement/heaving (displacement)
• Fault Crossings (displacement)

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Pipe Network Damage in Earthquakes

• 1994 Northridge Earthquake Combined water and
  gas main break on Balboa Boulevard

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Pipe Network Damage in Earthquakes

• Kobe earthquake 1995 Fire following gas pipe
  rupture
• Note alignment of fire with roads

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MAEviz Benefits

• MAEviz is a tool to coordinate pre-event planning
  and mitigation, response, and recovery, and
  post-event deployment of resources
• Provides a framework to add new data and
  algorithms or update existing data and algorithms
• Connects the latest research and practices to
  emergency managers and decision-makers
• MAEviz is a practical application with a modern
  intuitive interface and multiple data views
• MAEviz provides a mechanism to analyze What if
  scenarios
• MAEviz is Open Source and incorporates the latest
  industry standards (OSGi, OGC, etc)

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MAEviz Quick View
2D 3D Views
Data Catalog
Main Window
Style Editor
Synchronized Data Views
Result Charting
Scenario Browser
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A Community-Supported Extensible Solution

• Open source, extensible software platform using
  Eclipse Rich Client Platform
• Development costs can be shared by different
  communities
• RCP supports the core user interface
  functionality of window and widget management in
  a robust cross-platform package
• An extensible, semantic-aware analysis engine
  provides the ability to include and deploy
  science models from anywhere
• Geographic information system (GIS) capabilities
  provided by the open source GeoTools
• Structured to support all natural and
  human-generated hazards and risk analysis

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What Can MAEviz Do?

• Charting and Reporting
• Default detailed and synopsis reports for every
  analysis
• Visual editor for creating and sharing new
  reports
• Advanced Visualization
• 2D and 3D supported
• Selection and highlighting
• GIS Functionality
• Querying and filtering
• Internationalization
• U.S. English, Turkish and Indonesian

• Local and Remote Execution of Analysis Workflows
• 40 Analyses in 7 categories
• Bridges
• Buildings
• Lifelines
• Decision Support
• Hazard
• Socioeconomics
• GIS
• User extensible intelligent default parameters

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Building and Bridge Analyses

• Building
• Structural and Non-Structural Damage
• Direct Economic Damage
• Repair Cost
• Retrofit Cost Estimation
• Bridge
• Structural Damage
• Functionality
• Repair Cost
• Retrofit Cost Estimation

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Decision Support GIS Analyses

• Decision Support
• Equivalent Cost Analysis
• Multi Attribute Utility Analysis
• Network Based Seismic Retrofit Analysis
• Static Traffic Model
• Dynamic Traffic Modeling via Vista
• GIS
• Aggregation, Append, Comparison, Intersection,
  Join
• Raster Slope

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Hazard, Lifeline Socioeconomic

• Hazard
• Probabilistic and scenario earthquakes
• Liquefaction
• Lifeline
• Gas, water, electric facilities and networks
• Network Interdependencies
• Socioeconomic
• Household and Population Dislocation
• Business Content Loss, Interruption Loss,
  Inventory Loss
• Fiscal Impact
• Shelter Needs Supply Requirements
• Social Vulnerability
• Temporary Housing

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MAEviz - Analysis View

• Easy to understand the analysis workflow
• User configurable analysis defaults
• Users can run multiple analyses simultaneously

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Reporting Tools
Report MAEviz generates the report for shelter
needs and supplies (in PDF format)
Supplies for 1, 3, and 7 Day Planning
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Saved Scenarios and Analysis Templates

• Scenarios are saved locally with relevant data
  and user inputs
• Scenarios can be published and shared

• Individual analyses are saved with all parameters
  allowing the user to change one parameter, re-run
  and compare results

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Demonstration

• Scenario A City Planner in Shelby County,
  Tennessee has a budget of 25 Million dollars to
  strengthen area hospitals against a magnitude 7.9
  earthquake. Help the city planner determine
  which hospitals should be retrofitted to give an
  overall utility of gt80 and give the greatest
  reduction in injuries and deaths.
• Create a scenario
• Load Hospital data for Shelby County
• Create Scenario Earthquake and generate
  structural and non-structural damage prediction
• Estimate Retrofit Costs
• Estimate Utility if we retrofit nothing
• Generate Damage predictions for retrofits
• Generate change in Utility for retrofit options
• Design Retrofit Scheme

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Results

• As-Built Utility 0.68 0M in Upgrades
• 6 Deaths
• 33 Injuries
• Low Code 34M in Upgrades
• 2 deaths
• 15 injuries
• Moderate Code 124M in Upgrades
• 1 deaths
• 7 injuries
• High Code 258M in Upgrades
• 0 deaths
• 4 injuries
• Retrofit Strategy Utility 0.85, 24.7M in
  Upgrades
• 3 deaths
• 20 injuries

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Education Examples

• Similar to our demonstration, plan for a
  magnitude 7.9 Earthquake in your area. Given 10
  Million in play money, design a retrofit strategy
  for your neighborhood to reduce life loss /
  economic loss the most
• Determine which structures in your area would be
  suitable for short term shelter given a magnitude
  7.0 earthquake. How many people are displaced
  that will require short term shelter and how much
  food, water, etc is required for a 1, 3 and 7 day
  planning period?

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Education Examples (2)

• Given a scientific workflow (e.g. scenario
  earthquake simulation analysis), publish as a web
  application with open variables for students to
  investigate their effects
• e.g. How does magnitude, depth, soil type and
  elevation effect the amount of ground shaking

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Conclusion

• MAEviz is a next-generation collaborative
  environment to link research and engineering to
  decision makers
• MAEviz represents new era of analysis and risk
  assessment tools that can be used in pre and post
  disaster planning
• MAEviz can aid students in understanding the
  social and economic consequences of natural
  disasters
• Tutorials and the MAEviz software can be
  downloaded at http//rcp.ncsa.uiuc.edu/maeviz

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Contact Information

• MAEviz Website
• http//maeviz.ncsa.uiuc.edu
• MAE Center Website
• http//mae.cee.uiuc.edu
• http//mae.cee.uiuc.edu/K-12/index.html
• USGS Website
• http//education.usgs.gov
• Jim Myers
• jimmyers_at_ncsa.uiuc.edu
• Shawn Hampton
• shawn_at_ncsa.uiuc.edu

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• Questions?