Description
The steel pipe experiment conducted in the lab was using 6 meter low-carbon steel pipe. We tested it with both dry and in-water condition. In the dry experimental setup, a coaxial cable acting as a return path in the air.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| TDR Comparison Open vs Short Wet Plot.eps | Unknown | Plot comparing the TDR response between open and short termination on the steel pipe when the pipe is in the water tank. | Open resource |
| TDR Comparison Open vs Short Dry Plot.eps | Unknown | Plot comparing the TDR response between open and short termination on the dry steel pipe. | Open resource |
| Steel Pipe Dry Open TDR Data.csv | CSV | Data associated with TDR experiment on the steel pipe at the dry condition with open termination. | Open resource |
| Steel Pipe Dry Open TDR Plot.eps | Unknown | Plot of data associated with TDR experiment on the steel pipe at the dry condition with open termination. | Open resource |
| Steel Pipe Dry Short TDR Data.csv | CSV | TDR experiment on the steel pipe at the dry condition with short termination. | Open resource |
| Steel Pipe Dry Short TDR Plot.eps | Unknown | Plot of data associated with TDR experiment on the steel pipe at the dry condition with short termination. | Open resource |
| Steel Pipe Wet Short TDR Data.csv | CSV | Data associated with TDR experiment on the steel pipe with short termination when the pipe is in the water tank. | Open resource |
| Steel Pipe Wet Open TDR Data.csv | CSV | Data associated with TDR experiment on the steel pipe with open termination when the pipe is in the water tank. | Open resource |
| Summary of TDR Experiment.pptx | Powerpoint | Brief summary slides about the Time Domain Reflectometry Experiment experiment on the pipe. | Open resource |