Patrick J. Fortney Clemson University Civil engineering

1. Integration of CI and Traditional Research Methodologies Telepresence and Hybrid Testing Technologies Patrick J. Fortney Clemson University Civil engineering

2. From the perspective of structural engineering experimental research, education, and outreach Telepresence Desired Technology Webcast capabilities Remote viewer access User controls for camera manipulation Zoom Pan Graphical representation of live data capture Remote viewer has options to view multiple graphical representations – predetermined by researcher

3. Telepresence WiSER Facilities Telepresence Page Camera A1 Strain – Displacement Channel –N1 Camera A2 Energy – Displacement Channel – N2 Camera A3 Force – Displacement Channel – N3

4. Telepresence Zoom Pan Live Camera – A1

5. Telepresence WiSER Facilities Telepresence Page Camera A1 Strain – Displacement Channel – N1 Camera A2 Energy – Displacement Channel – N2 Camera A3 Force – Displacement Channel – N3

6. Telepresence Zoom Pan Live Camera – A1 Live Data – Ch. N3

7. Hybrid Testing Fundamental Structural Design Philosophy WiSER Research Complex Wind Tunnel Demand Large-Scale Test Platform Capacity WESL Building Capacity

8. Hybrid Testing Numerical Engine Wind Tunnel Model Measures Externally Applied Pressures Large-Scale Platform Full-Scale Subassemblages Driven by Internal Response of Component Test WESL Component Testing Applied Load History Driven by numerical Engine

9. Experimental researchers Analytical researchers Practicing engineers Educators General public Potential Clients

10. Computer Networking Technologies Communication and Data Technologies Cyber Infrastructure Technologies Computer Science Technologies Web Technologies Civil Engineering Infrastructure Technologies Collaboration Partners In no particular order:

11. Integration of CI and Traditional Research Methodologies Telepresence and Hybrid Testing Technologies QUESTIONS Patrick J. Fortney Clemson University Civil engineering