Journal papers

/ Publications /

(347)

Energy dissipation control in hydro-abrasive machining using quantitative acoustic emission.

International Journal of Advanced Manufacturing Systems, (2002)

(346)

Efficiency of mechanical concrete comminution.

Engineering Fracture Mechanics, (2002)

(345)

Hydrodynamic profiling and grit blasting of low-carbon steel.

Tribology International, 35 (2002), 271-281.

(344)

Surface issues of profiled cementitious composites.

Journal of Adhesion, 78 (2002), 203-221.

(343)

Surface profiling of low-carbon steel with supersonic waterjets.

Wear, 249 (2002), 854-860.

(342)

Fluid jet erosion of tension-softening materials.

International Journal of Fracture, 112 (2001), 99-109.

(341)

Energy transfer during the mixing of air and solid particles into a high-speed waterjet: an impact-force study.

Experimental Thermal and Fluid Science, 25 (2001), 31-41.

(340)

Fluid jet erosion as a non-linear fracture process - a review.

Wear, 250 (2001), 101-107.

(339)

Stress-strain relation for water-driven particle erosion of quasi-brittle materials.

Theoretical and Applied Fracture Mechanics, 35 (2001), 19-37.

(338)

A dimensionless number for the control of ultra-high pressure water systems.

Institution of Mechanical Engineers, Journal of Power and Energy, 214 (2000), 645-655.

(337)

A dimensionless number for the control of ultra-high pressure water systems.

Institution of Mechanical Engineers, Journal of Power and Energy, 214 (2000), 645-655.

(336)

Particle-size distribution influence on high-speed erosion of aluminum.

Particulate Science and Technology, 18 (2000), 199-212.

(335)

The erosion of cement paste, mortar and concrete by gritblasting.

Wear, 246 (2000), 46-54.

(334)

The fragmentation of standard concrete cylinders under compression: The role of secondary fracture debris.

Engineering Fracture Mechanics, 67 (2000), 445-459.

(333)

Großvolumiger Abtrag von Beton mit der Hochdruckwasserstrahl-Technik: Die Vorausbestimmung der Abtragsrate.

Beton- und Stahlbetonbau, 95 (2000), 497-498.

(332)

Short-time cavitation erosion of concrete.

Wear, 241 (2000), 47-52.

(331)

Concrete failure due to air-water jet impingement.

Journal of Materials Science, 35 (2000), 2785-2789.

(330)

An energy balance of high-speed abrasive water jet erosion.

Institution of Mechanical Engineers, Journal of Engineering Tribology, 213 (1999), 463-472.

(329)

An acoustic emission study of cutting bauxite refractory ceramics by abrasive water jets.

Journal of Materials Engineering and Performance, 8 (1999), 450-454.

(328)

On-line analysis of hydro-abrasive erosion of pre-cracked materials by acoustic emission.

Theoretical and Applied Fracture Mechanics, 31 (1999), 1-17

(327)

Hochdruck-Pumpen für Reinigungsaufgaben

Industriepumpen + Kompressoren, 3 (1998), 149-156

(326)

The kinetic energy of wear particles generated by abrasive water jet erosion.

Journal of Materials Processing Technology, 83 (1998), 121-126

(325)

Hydrodemolition - The case of water jetting.

Concrete Engineering International, 26 (1998), 34-38.

(324)

Pipeline rehabilitation by water jetting.

Materials Performance, 38 (1998), 97-101.

(323)

Investigations into decoating and recycling of pipeline elements using high pressure water jets.

Institution of Mechanical Engineers, Journal of Process Mechanical Engineering, 211 (1997), 129-135.

(322)

Eine zerkleinerungstechnische Deutung der Druckfestigkeit von Betonproben.

Beton und Stahlbetonbau, 92 (1997), 50-53.

(321)

Test parameter analysis in abrasive water jet cutting of rocklike materials.

International Journal of Rock Mechanics and Mining Sciences, 34 (1997), 17-25.

(320)

An alternative method for the evaluation of the abrasive water jet cutting process in gray cast iron.

Journal of Materials Processing Technology, 43 (1997), 65-72.

(319)

Machining of refractory ceramics by abrasive water jets.

Journal of Materials Science 31 (1996), 6485-6493.

(318)

Investigation in abrasive water jet erosion based on wear particle analysis.

ASME Journal of Tribology, 118 (1996), 759-766.

(317)

Accelerated high speed water erosion test for concrete wear debris analysis.

Tribology Transactions, 39 (1996), 943-949.

(316)

Decoating, cutting and recycling pipeline elements with waterjetting.

Journal of Protective Coatings and Linings, 13 (1996) 5, 20-26.

(315)

Einige Untersuchungen zum Metallschneiden mit abrasiven Hochdruckwasserstrahlen unter Outdoor-Bedingungen.

Stahlbau, 65 (1996) 3, 122-126.

(314)

Fracture of brittle multiphase materials by high energy water jet.

Journal of Materials Science, 31(1996) 1081-1085.

(313)

Statistical character of the failure of rocklike materials due to high energy water jet impingement.

International Journal of Fracture, 71 (1995) 3, 1-14.

(312)

Quantification of energy absorption capability in abrasive water jet machining.

Institution of Mechanical Engineers., Part B, Journal of Engineering Manufacture, 209 (1995) 2, 492-498.

(311)

The fracture of concrete due to erosive wear by high velocity water flow.

Tribology Transactions, 38 (1995) 3, 686-692.

(310)

Environmental applications of high speed water jet technology - preliminary results.

Journal of Jet Flow Engineering, 12 (1995) 2, 46-53.

(309)

A database for water jet cutting technolgy.

Jet News, (1995) June, 4.

(308)

Secondary fragmentation in water jet rock cutting.

International Journal of Water Jet Technology, 2 (1994) 1, 51-55.

(307)

Fundamental investigations on concrete wear by high velocity water flow.

Wear, 117 (1994), 55-62.

(306)

Water jet blasting as a natural phenomena.

Jet News, (1994) Sept., 1-4.

(305)

Druckflüssigkeitsstrahl-Anwendung in der Bauindustrie.

Bautechnik, 71 (1994) 8, 482-487.

(304)

Schneidversuche an Stahlbeton mit Abrasiv-Druckwasserstrahlen.

Beton und Stahlbetonbau, 89 (1994) 5, 132-134.

(303)

On the behaviour of concrete under water jet impingement.

Materials and Structures, 27 (1994), 153-156.

(302)

Das Schneiden von Gesteinen mit rotierenden Hochdruckwasserstrahlen.

Glückauf Forschungshefte, 54 (1993) 2, 53-56.

(301)

Zum Einfluß von Strahl- und Prozeßparametern bei der Bearbeitung von Beton mit Druckwasserstrahlen.

Bauingenieur, 68 (1993) 11, 483-488.