Jetting Technology
H. Louis(Editor)
Professional Engineering Publishing
Published on 1. January 1998
Book
Hardback
588 pages
978-1-86058-140-3 (ISBN)
Description
The papers in this text discuss the application of jetting technology, recent research and development, and issues that arise as the field continues to develop.
More details
Series
Language
English
Place of publication
Bury St Edmunds
United Kingdom
Publishing group
John Wiley and Sons Ltd
Target group
College/higher education
Professional and scholarly
Illustrations
638ill.
Dimensions
Height: 241 mm
Width: 166 mm
Weight
1438 gr
ISBN-13
978-1-86058-140-3 (9781860581403)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Content
Opening address: the waterjet as a tool, M. Hashish. Techniques/equipment: influence of accumulator volume on pressure fluctuation of the high-pressure system, N. Herbig et al; CFD and physical modelling of UHP AWJ drilling, H-T. Liu et al; JETCUT -software for prediction of high-energy waterjet efficiency, L.M. Hlavac; design and development of a prototype pulsed waterjet machine for the removal of hard coatings, M.M. Vijay; "rapid" waterjet, A. Armillotta et al; numerical analysis of pulsed jet formation by electric discharges in a nozzle, M.M. Vijay, A.M. Makomaski; deformation analysis of a high-pressure intensifier for jetting technology, Z. Krajny et al. Nozzles: structure and drilling capability of abrasive water suspensions jets, S. Shimizu et al; modelling the particle acceleration in suspension jet nozzles, C. Brant et al; microstructural characterization of abrasive waterjet nozzle wear, M. Nanduri et al; basic concept for the design of an oscillating jets nozzle, F. Kiyono, T. Saito. conditions: erosion damage of glass-fibre-reinforced plastic and aluminium resulted by a waterjet, Y. Ito, T. Uchiyama; study on the influence of mixing chamber dimensions in abrasive waterjet cutting heads on cutting efficiency, M. Scharner et al; study of the abrasive waterjet structure by measuring water and abrasive velocities separately, T. Sawamura et al; internal ballistics of a power impulsive waterjet device, A. Semko; research on the preparation of the ice jet and its cleaning parameters, B-L. Liu, L. Wu; almandine garnets as abrasive materials in high-energy waterjet-physical modelling of interaction, experiment, and prediction, L.M. Hlavac, P. Martinec; experimental study of erosive capability distribution and kerf quality in AWJM, e. Capello, M. Monno; abrasive waterjet velocity measurements, X. Claude et al; a contribution to the analysis of some kerf quality attributes for precision abrasive waterjet cutting, R. Groppetti et al. Machining: contour cutting of thick steel plates, A. Bortolussi, R. Ciccu; near-net shaping of optical surfaces with UHP abrasive suspension jets, H-T. Liu; waterjet finishing of conformal optics, M. Hashish, G. May; machining with fine-beam abrasive waterjets, M.J. Bunce; cutting-edge quality improvements through geometrical modelling, A. Henning, S. Anders; the formation of cryogenic and abrasive-cryogenic jets, M. Hashish, C.M. Dunsky. Health and safety: garnet minerals - fibrogenicity of respirable dust particles, P. Martinec, V. Skoda. recycling: carpet recycling with high-pressure waterjets, M. Weiss. (Part contents).