Hydroabrasive Cutting Head-Energy Transfer Efficiency
The ability of an abrasive waterjet to cut materials traditionally considered difficult to machine is unmatched by alternative mechanical or thermal cutting techniques - the problems of material delamination and thermal deformation along the cutting path being eliminated. The effectiveness of hydroabrasive jets in such cutting applications depends on the energy which can be imparted to the abrasive particles. Many existing cutting head designs are based on the concept of entraining the abrasive grains in either single or multiple water jets within the head. Both the abrasive particle milling effect and the transfer of energy that take place between the water nozzle exit and the slurry nozzle inlet are introduced as criteria that can be applied in the evaluation of the effectiveness of the hydroabrasive cutting head design. This paper presents the results and general conclusions drawn from a test program designed to investigate both of these effects.
G. Galecki and M. Mazurkiewicz, "Hydroabrasive Cutting Head-Energy Transfer Efficiency," Proceedings of the Fourth U.S. Water Jet Conference, American Society of Mechanical Engineers (ASME), Jan 1987.
Fourth US Water Jet Conference.
Mining and Nuclear Engineering
Water Jet Technology Association
Mining & Excavation Research Institute
Article - Conference proceedings
© 1987 American Society of Mechanical Engineers (ASME), All rights reserved.
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