A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Submerged water-jet cutting of concrete and granite
Experiments were performed to compare the cutting ability of high-speed (910 m/sec), small-diameter (0.30 mm) water jets operating in a submerged condition with existing data for the cutting performance of a free jet main. Within certain standoff distances, the submerged jet cut as deeply as a free jet operating in air. The theoretical considerations appear to support experimental results. (Kursetz)
Submerged water-jet cutting of concrete and granite
Experiments were performed to compare the cutting ability of high-speed (910 m/sec), small-diameter (0.30 mm) water jets operating in a submerged condition with existing data for the cutting performance of a free jet main. Within certain standoff distances, the submerged jet cut as deeply as a free jet operating in air. The theoretical considerations appear to support experimental results. (Kursetz)
Submerged water-jet cutting of concrete and granite
Das Unterwasserschneiden von Beton und Granit mit einem Hochdruckwasserstrahl
Cheung, J.B. (author) / Hurlburt, G.H. (author)
1976
14 Seiten, 23 Bilder, 5 Quellen
Conference paper
English
WASSERSTRAHLSCHNEIDEN , HOCHDRUCKFLUESSIGKEITSSCHNEIDEN , WASSERSTRAHL , BETRIEBSPARAMETER , UNTERWASSERSCHNEIDEN , UNTERWASSERBEREICH , STRAHLQUERSCHNITT , DUESE , SCHNEIDEN , ARBEITSDRUCK , KRAFTBEDARF , AUSTRITTSGESCHWINDIGKEIT , SCHNITTKRAFT , THEORETISCHES MODELL , VERSUCH , BETON , MESSWERTVERARBEITUNG , GRANIT
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