A platform for research: civil engineering, architecture and urbanism
Water Hammer in PVC and Reinforced Plastic Pipe
An experimental program of measuring water-hammer wave velocities and pressure increments was undertaken to determine how well classical water-hammer theory predicts these quantities in pipe made of polyvinyl chloride and reinforced plastic. The tests were conducted with 4-in. and 6-in. (100-mm and 150-mm) pipes both unburied and buried in a well-compacted fine-grained material. Electronic measurement equipment which was capable of responding to rapidly changing pressure was used to collect the water-hammer data. The experimental data were found to agree reasonably well in most cases with the theoretical calculations. Burying the pipe has a relatively minor effect on the wave velocity and the pressure increments.
Water Hammer in PVC and Reinforced Plastic Pipe
An experimental program of measuring water-hammer wave velocities and pressure increments was undertaken to determine how well classical water-hammer theory predicts these quantities in pipe made of polyvinyl chloride and reinforced plastic. The tests were conducted with 4-in. and 6-in. (100-mm and 150-mm) pipes both unburied and buried in a well-compacted fine-grained material. Electronic measurement equipment which was capable of responding to rapidly changing pressure was used to collect the water-hammer data. The experimental data were found to agree reasonably well in most cases with the theoretical calculations. Burying the pipe has a relatively minor effect on the wave velocity and the pressure increments.
Water Hammer in PVC and Reinforced Plastic Pipe
Watters, Gary Z. (author) / Flammer, Gordon H. (author) / Jeppson, Roland W. (author)
Journal of the Hydraulics Division ; 102 ; 831-843
2021-01-01
131976-01-01 pages
Article (Journal)
Electronic Resource
Unknown
Online Contents | 2010
|Engineering Index Backfile | 1960
|Water hammer in pipe-line systems
TIBKAT | 1993
|