By Year | By Subject
2022 | 2019 | 2017 | 2015 | 2013 | 2011 | 2009 | 2007 | 2005 | Older
| 1A-1 | New Abrasive Waterjet Systems to Compete with Lasers D.S. Miller |
| 1A-2 | Abrasive Waterjet Cutting of Microelectronic Components M.Hashish |
| 1A-3 | High Precision and High Power ASJ Singulations for Semiconductor Manufacturing S. Jiang, R. Popescu, C. Mihai and K. Tan |
| 2A-1 | Strategies for Introducing New Abrasive Waterjet Technologies D.S. Miller |
| 2A-2 | Innovative Jet-based Material Processing Technology V. Samarzic, O.P. Petrenko, E.S. Geskin, G.A. Atanov, A.N. Semko and A. Kovaliov |
| 2A-3 | Application of Ice Powder in Biomedical and Food Industries K. Kluz and E.S. Geskin |
| 2A-4 | Medical Applications of the High Powered Parallel Waterjet M.S. Granick, R.O. Datiashvili, P.A. Ganchi and D.C. Freeman Jr. |
| 3A-1 | Application of Numerical Techniques for Optimization of the Water Cannon Design O.P. Petrenko, T.G. Bitadze, E.S. Geskin, O. Rusanova and A.N. Semko |
| 3A-2 | Determination of Abrasive Particle Velocity Using Laser-Induced Fluorescence and Particle Tracking Methods in Abrasive Water Jets P. Roth, H. Looser, K.C. Heiniger, and S. Buehler |
| 3A-3 | Estimation of Abrasive Mass Flow Rate by Measuring Feed Line Vacuum During Jet On-Off Cycling I. Conner and M. Ramulu |
| 3A-4 | Study on the Temperature Distributions of Water Jet By Infrared Thermal Testing and Image Processing Technology C. Longlian, G. Weili, and A. Liqian |
| 4A-1 | Waterjet Cutting Beyond 400 MPa T. Susuzlu, A.M. Hoogstrate and B. Karpuschewski |
| 4A-2 | Abrasive Waterjet Cutting Beyond 400 MPa A.M. Hoogstrate, T. Susuzlu and B. Karpuschewski |
| 4A-3 | Economics of Abrasive Waterjet Cutting at 600 MPa Pressure M. Hashish |
| 5A-1 | Cutting Capability Equation of Abrasive Suspension Jet S. Jiang, Y. Xia, R. Popescu, C. Mihai and K. Tan |
| 5A-2 | Analysis of the Abrasive Waterjet Drilling Process M. Ramulu, P. Posinasetti and M. Hashish |
| 5A-3 | On the Residual Energy for Cutting Plastic Materials with Abrasive Water Injection Jet C. Guo, H. Katakura and L. Liu |
| 5A-4 | Genetically Evolved Artificial Neural Networks Built with Sparse Data for Predicting Depth of Cut in Abrasive Waterjet Cutting D.S. Srinivasu, N.R. Babu, Y.G. Srinivasa, H. Louis, D. Peter and R. Versemann |
| 6A-1 | A Two-Dimensional Cellular Automata Model of Abrasive Water Jet Cutting H. Orbanic and M. Junkar |
| 6A-2 | Prediction of a Single Impact Crater Shape in AWJ Machining Using FEA M. Junkar, B. Jurisevic, H. Orbanic and M. Grah |
| 6A-3 | An Experimental Study on Dual-Jet Flow with PIV Method G. Li, J. Song, Z. Huang, J. Niu and C. Yi |
| 6A-4 | Numeric Simulation of Ultra-High Pressure Rotary Atomizing Waterjet Flow Field S. Xue, J. Li, H. Peng, Z. Chen, Y. Wang and H. Zhu |
| 7A-1 | Accurate Hole Drilling Using an Abrasive Water Jet in Titanium S. Zhang, P. Nambiath, G. Galecki, D.A. Summers and D. Bowden |
| 7A-2 | Taper-Free Abrasive Waterjet Cutting with a Tilting Head J. Zheng, J. Olsen, C. Olsen B. Guglielmetti |
| 7A-3 | Abrasive Waterjet Cutting Using a Rotating Axis Motion Control G. Holmqvist and U. Andersson |
| 1B-1 | Autofrettage - Basic Information and Practical Application on Components for Waterjet Cutting F. Trieb, J. Schedelmaier and M. Poelzl |
| 1B-2 | High Pressure Pumps & Systems M.T. Gracey |
| 1B-3 | Offshore Washdown Pump Unit: A Manufacturing Case Study W. Dai and M.T. Gracey |
| 2B-1 | Safe Waterjet Cleaning of Steel Process Lines D. Wright, J. Wolgamott and G. Zink |
| 2B-2 | Safe Waterjet Cleaning of Sewer Pipe D. Wright, J. Wolgamott and G. Zink |
| 2B-3 | Abrasive-Entrained Forced Pulsed Waterjet Technique: Basic Study B. Ren, B. Daniels, W. Yan, A. Tieu and M. Vijay |
| 2B-4 | The Efficiency Analysis of Rotating Nozzle with Handheld on Flat Surface Cleaning Work Z. Dan and W. Qingguo |
| 3B-1 | Development of Anti-Personal Landmines Detecting and De-Mining Vehicle K. Shimizu, K. Ichiryu and H. Katakura |
| 3B-2 | Desulfurization of Coal Based on High Pressure Water Jet Comminution G. Weili, A. Liqian, C. Longlian, L. Yuan and X. Guixin |
| 3B-3 | Mechanics of Powder Hydro Cannon for Incompressible Fluid O.P. Petrenko, E.S. Geskin and A.N. Semko |
| 3B-4 | Flexible and Mobile Abrasive Waterjet Cutting System for Dismantling Applications H. Louis, D. Peter, F. Pude and R. Versemann |
| 4B-1 | The Effectiveness of Hydroabrasive, Suspensive Waterjet on Cutting of the Rocks A. Perec |
| 4B-2 | New Results of Underwater Rock Cutting by Pure Waterjet L.M. Hlavac, V. Madr, M. Kusnerova and J. Kalieinsky |
| 4B-3 | Rock Drilling with Abrasive Suspension Swirling Jet and Effects of Additive Polyacrylamide Y. Yang, W. Zhou, R. Wang and Z. Shen |
| 5B-1 | Analytical Characterization of Flash Rust Formed on Carbon Steel After UHP Waterjetting M. Islam, W. McGaulley and M. Evans |
| 5B-2 | Controlled HVOF Hard Coatings Removal Method K. Ruusuvuori, K. Lahdenpera, M. Oksa, E. Turunen, J. Kauppila and M. van Wonderen |
| 5B-3 | Influence of Rotation Water Jet Kinematics on Effectiveness of Flat Surface Treatment P. Borkowski |
| 5B-4 | The Effects of UHP Surface Preparation on Concrete Moisture Levels Using UHP Water Jets T. Shawver |
| 6B-1 | Experimental Analysis of the Spatial and Temporal Fluctuations in a Cavitating Water Jet S.A. Campbell and C.A. Fairfield |
| 6B-2 | Cavitating Jet in Air Using Multiple Nozzles H. Soyama and M. Mikami |
| 6B-3 | Experiments with Fluids in Magnetohydrodynamic Channel I.M. Hlavaeova and L.M. Hlavac |
| 6B-4 | Study of Inherent Frequency of Helmholtz Resonator G. Wili, A. Liqian, C. Longlian and X. Guixin |
| 7B-1 | New Tungsten Carbide Material with Nanoscale Grain Size for Focusing Tubes L. Bourgeois, E. Fabbri, P. Fastre, J. Kremer and R. Koesters |
| 7B-2 | Strategies for Cost- and Time-Effective Use of Abrasive Waterjet Cutting U. Andersson and G. Holmqvist |
| 7B-3 | Brazilian Focus Tubes and Abrasives Researches for Rock Cutting in AWJ Systems J.C.C. de Paola, A. Sinatora, G.R.M. Cortes, C.T. Lauand and W.T. Hennies |