1. Recovery of Crash Site Web Application SHILPI JAIN MS GIS PROGRAM UNIVERSITY OF REDLANDS

2. SolarEnergyAnalysis MilitaryImpacts Endangered Species Management Background Fon Allan Duke, Manager BACKGROUNDSYSTEM DESIGNDATABASEGP SERVICEWEB APPLICATIONSUMMARY

3. BACKGROUNDSYSTEM DESIGNDATABASEGP SERVICEWEB APPLICATIONSUMMARY Project Goals Platform Independent Visual Results Web Application

4. (HTML, CSS, JavaScript, PHP) Airplane Database (MS SQL 2008 R2) Geoprocessing Service (Python) Users Laptop/Desktop Mobile Phone Tablet BACKGROUNDSYSTEM DESIGNDATABASEGP SERVICEWEB APPLICATIONSUMMARY System Design

5. BACKGROUNDSYSTEM DESIGNDATABASEGP SERVICEWEB APPLICATIONSUMMARY Trajectory Analysis Program Oldham, 1990 Janzen, 2012 Trajectory Analysis Program Oldham, 1990 Janzen, 2012 Y X start_y start_x 0 degrees distance bearing Adapted from help.arcgis.com Debris Model Horizontal Flight Path Terrain Flight Path Angle Terrain Angle Impact Angle Terrain Terrain Angle Impact Angle

6. Aircraft ID Manufacturer Model Drag Coefficient Weight Wingspan Frontal Area Cruise Speed BACKGROUNDSYSTEM DESIGNDATABASEGP SERVICEWEB APPLICATIONSUMMARY Airplane Database

7. Input Point Feature Class – Crash Location Output Debris Field Feature Class Speed of Aircraft (kts) Altitude of Aircraft (ft AGL) Aircraft Heading (degree) Descent of Aircraft (degree) Frontal Area of Aircraft (sq feet) Drag Coefficient of Aircraft (Cd) Weight of Aircraft (lbs) Wingspan (feet) Ground Level (ft MSL) Ground Level Wind Speed (kts) Ground Level Wind Direction (degree) Angle of Terrain (degree) Terrain Characteristic BACKGROUNDSYSTEM DESIGNDATABASEGP SERVICEWEB APPLICATIONSUMMARY GP Service

8. Model Validation BACKGROUNDSYSTEM DESIGNDATABASEGP SERVICEWEB APPLICATIONSUMMARY Colorado Crash, 1991 Alabama Crash, 2013

9. http://crash.mojavedata.gov BACKGROUNDSYSTEM DESIGNDATABASEGP SERVICEWEB APPLICATIONSUMMARY Start Advanced Instructions Add Aircraft Manufacturer Model Heading Start Advanced Instructions Add Aircraft 9 Manufacturer Model Speed Altitude Heading Descent 9 Ground Wind Speed Ground Wind Direction Terrain Angle Terrain Characteristic Manufacturer Model Wingspan Weight Drag Coefficient Frontal Area Maximum Speed

10. BACKGROUNDPROBLEMSOLUTIONPROTOTYPESUMMARY Internet GPS BrowserSummary MS SQL 2008 R2 Python + ArcGIS 10.2 Toolbox Platform Independent Visual Results Web Application

11. Shilpi Jain jn.shilpi@gmail.com For more information, visit: http://crash.mojavedata.gov