Proceedings of the Second International Symposium on Jet Cutting Technology, Cambridge, 1974, Volume 2 |
Contents
B1 The mechanics of hydraulic rock cutting B11 | 1 |
B2 Analysis of dynamic stresses imposed on rocks by water jet impact B215 | 15 |
B3 The influence of standoff distance on cutting with high velocity fluid jets B337 | 37 |
Copyright | |
11 other sections not shown
Common terms and phrases
angle Author's reply Barre granite Berea Berea sandstone BHRA Fluid Engineering Bureau of Mines Cavijet cavitating jets cavitation bubbles coal compressive strength continuous jet Cranfield crater curve damage depth of cut drilling effect equipment erosion excavation experimental field tests Figure flow rate fluid jet fracture granite hard rock high pressure water high speed water inch increase Indiana limestone intensifier Jet Cutting Technology jet impact jet impingement jet pressure jet stream jet velocity kerfing kg/cm² Lichtarowicz liquid jet machine material measured mechanical method MN/m² nozzle diameter nozzle pressure obtained operating paper parameters penetration piston plane pump ratio Research samples sandstone shear shock wave shown in Fig shows Slab slot depth specific energy specimen speed water jet stagnation pressure standoff distance stress surface Symposium on Jet thermohydraulic traverse speed traverse velocity twin jet University of Nottingham values valve volume volumetric flow rate water cannon width