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Bl The mechanics of hydraulic rock cutting Bl1
B2 Analysis of dynamic stresses imposed on rocks by water jet Impact B215
B3 The influence of standoff distance on cutting with high velocity fluid jets B337
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axis BHRA Fluid Engineering Cavijet cavitating jets cavitation bubbles coal compressive strength concrete Cranfield curve cut depth cutter damage depth of cut drilling effect equation equipment erosion experimental experiments flow rate fracture gas-phase granite grouting hard rock heat high pressure water high speed water high velocity hydraulic icebreaking inch increase intensifier Jet Cutting Technology jet impact jet pressure jet stream jet velocity kerf liquid jet liquid-phase m/sec machine mass flow rate material maximum measured method mining MN/m nozzle diameter nozzle pressure oblique shock obtained operating orifice paper parameters penetration piston pump ratio sandstone shear stress shock wave shown in Fig shows slot depth specific energy specimen speed water jet stagnation pressure standoff distance steam stress submerged surface Symposium on Jet tests traverse speed traverse velocity twin jet values valve volume volumetric flow rate water jet cutting width