Solid particle erosion: Occurrence, prediction and control

Solid Particle Erosion: Occurrence, Prediction and Control

Volumn , Issue , 2008, Pages 1-206

  Kleis, Ilmar ^a   Kulu, Priit ^a  

^a TALLINN UNIVERSITY OF TECHNOLOGY   (Estonia)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 84889766596     PISSN: None     EISSN: None     Source Type: Book    
DOI: 10.1007/978-1-84800-029-2     Document Type: Book

References (220)

1. Olesevich KV. Wear of Gas Turbine Elements. Moscow: Mashgiz, 1959 (in Russian).
2. Wahl H, and Maier E. Untersuchungen über den Verschleiss von Blasversatzhrohren und -krümmern. Essen: Verlag Glückauf GmbH 1952.
3. Hint J. Disintegrator Method for Silicate and Silicalcite Product Technology. Tallinn: 1952 (in Estonian).
4. Kleis I. Analysis of the schemes of the experimental equipment used for study of erosion. Proc Techn Univ Tallinn 1965;219:17-26 (in Russian).
5. Kleis I. The device for erosion testing. Proc Techn Univ Tallinn 1958;152:1-19 (in Russian).
6. Suur U. Device for erosion study at elevated temperatures. Proc Techn Univ Tallinn 1962;192:51-67 (in Russian).
7. Wellinger K, and Uetz H. Gleitverschleiss, Spülverschleiss, Strahlverschleiss unter der Wirkungkörniger Stoffen. VDI-Forschungseft 449, Ausgabe B, Band 21, 1955.
8. Kleis I. Probleme der Bestimmung des Strahlverschleisses bei Metallen. Wear 1969;13:199-215.
9. Tadolder J. The rules of wear of technically pure metals. Proc Techn Univ Tallinn 1966;237:3-13 (in Russian).
10. Arumäe H. Erosion of plastics. Proc Techn Univ Tallinn 1966;237:89-102 (in Russian).
11. Lepikson H, and Kleis I. Erosion of enamelled boliers. Proc Techn Univ Tallinn 1962;192:3-19 (in Russian).
12. Langeberg I. Study of Abrasive Erosion at Small Angles of Attack. PhD Thesis. Tallinn 1968 (in Russian).
13. Kleis I, and Uuemõis H. Wear Resistance of Grinding Equipment Operating on Impact. Moscow: Mashinostroenie Publishers, 1986 (in Russian).
14. Reiners E. der Mechanismus der Peallzerkleinerung beim geraden, zentralen Stoss und die Anwendung dieser Beanspruchungsart bei der Zerkleinerung, insbesondere bei der Zerkleinerung von spröden Stoffen. Forshungsberichte Des Landes Nordrhein-Westfahlen n. 1059, 1962.
15. Tiidemann T, Uuemõis H, and Kleis I. A study of erosion at higher impact velocities. Proc Techn Univ Tallinn 1973;347:29-38 (in Russian).
16. Uuemõis H. Study of Some Laws Concerning Erosion. PhD Thesis. Tallinn 1967 (in Russian).
17. Bitter JGA. A study of erosion phenomena: Part 1. Wear 1963;6:5-21.
18. Beckmann G, and Gotzmann J. Analytical model of the blast wear intensity of metals baed on a general arrangement for abrasive wear. Wear 1981;73:325-53.
19. Tadolder J. Erosion of Technically Pure Metals. PhD Thesis. Tallinn 1966 (in Estonian).
20. Uetz H. Die wichtigste Ergebnisse von Strahlverchleissuntersuchungen in der MPA Stuttgart. Proc Techn Univ Tallinn 1973;347:3-22 (in Russian).
21. Sheldon GL, and Finnie IJ. On the ductile behavior of nominaly brittle materials during erosive cutting. Eng Ind Trans ASM 1966;88:387-92.
22. Uetz H, and Gross KJ. Strahlverschleiss in: Abrasion und Erosion. Carl Hanser Verlag 1986;236-78.
23. Uuemõis H, and Kleis I. The influence of abrasive concentration on erosion rate. Proc Inst Autoclaved Silicate Concrete. Tallinn 1967;1:92-114 (in Russian).
24. Tilly GP, and Sage W. The interaction of particle and material behavior in erosive process. Wear 1970;16:447-65.
25. Finnie I. Some observations on the erosion of ductile materials. Wear 1972;19:81-90.
26. Neilson IH, and Gilchirst N. Erosion by a stream of solid particles. Wear 1968;11:111-22.
27. Wood CD, and Espenschade PW. Mechanismus of dust erosion. Preprint N880 ASAE. Summer Meeting. New York 1964.
28. Kaschejev VN, and Glazkov VM. Wear in the stream of moving particles. Wear Testing Methods. Proc USSR Acad Sci Moscow 1962;24-31 (in Russian).
29. Antonov AA. The methods of erosion testing and results of steels and cast irons. Proc Gubkin Inst Oil and Gas Industry. Moscow 1961;34:79-95.
30. Uuemõis H, and Kleis I. A critical analysis of erosion problems which have been little studied. Wear 1975;31:359-71.
31. Mägi R. Development of Methods for Determination of Dusts Passing Rotors of Turbomachines. PhD Thesis. Tallinn 1982 (in Russian).
32. Balbat A. Methods and Results of Determination of Abrasivity of Fine-Grained Materials. PhD Thesis. Tallinn 1980 (in Russian).
33. Kleis I, and Pappel T. About the erosive wear resistance of some alloyed steels. Proc Techn Univ Tallinn 1973;347:23-28 (in Russian).
34. Kleis I, Tadolder J, and Mägi R. The abrasivity of industrial dusts at the wear of rotors of centrifugal turbomachines. Energomashinostroenie 1983; N9:32-34 (in Russian).
35. Kleis I, Tadolder J, and Mägi R. Influence of dust abrasivity to wear of centrifugal turbomachines. Proc of the I Polzunov Inst of Research and Design of Power Engineering Equipment. Leningrad 1986;227:14-20 (in Russian).
36. Üksti L. Study of the Effect of Liquid Environment on Metal Erosion. PhD Thesis. Tallinn 1983 (in Russian).
37. Üksti L, and Kleis I. An experimental investigation into erosion of metals by moistened abrasive stream. Proc Techn Univ Tallinn 1973;347:39-47 (in Russian).
38. Raask E. Tube erosion by ash impact. Wear 1969;13:301-15.
39. Hoch P, and Burda P. The erosive and corrosive wear of the details energetic equipment. Strojirenstvi 1963;2:121-29 (in Czech).
40. Suur U. Metal Erosion at Elevated Temperatures. PhD Thesis. Tallinn 1967 (in Estonian).
41. Ratner AV, and Zelensky VG. Erosion of Materials Used in Thermal Power Engineering. Moscow: Energetika Publishers, 1966 (in Russian).
42. Lepikson H, and Siimpoeg R. Method and some results of testing metals for erosive action of sand stream at low temperatures. Proc Techn Univ Tallinn 1969;271:31-39 (in Russian).
43. Kleis I, Lugus J, and Uuemõis H. The study of wear process of the rotor channels of centrifugal impact mill. Proc Inst Autoclaved Silicate Concrete. Tallinn 1974;8:139-48 (in Russian).
44. Lugus J. Study of Rules Concerning Wear of Rotors of Centrifugal Mills. PhD Thesis. Tallinn 1975 (in Russian).
45. Kleis I. About the erosion of metals in the jet of solid particles. Proc Techn Univ Tallinn 1959;168:3-27.
46. Langeberg I. Research into Abrasive Erosion at Low Impact Angles. PhD Thesis. Tallinn 1968 (in Russian).
47. Uuemõis H. Study of Some of Regularities Concerning Abrasive Erosion. PhD Thesis. Tallinn 1968 (in Russian).
48. Tadolder J. Abrasive Erosion of Technically Pure Metals. PhD Thesis. Tallinn 1966 (in Estonian).
49. Kleis I, and Uuemõis H. Untersuchung des Strahlverschleissmechanismus von Metallen. Zeitschrift für Werkstofftechnik. 5. Jahrgang. Heft 7, 1974;381-89.
50. Huthings IM, and Winter RE. The erosion of ductile metals by spherical particles. J Phys D. 1975;8:8-14.
51. Huthings IM, Winter RE. and Field JE. Solid particle erosion of metals: The removal of surface material by spherical particles. Proc Roy Soc London 1976; A348:379-92.
52. Bogomolov NI. The processes occuring in contact of abrasive and metal. Proc of Symposium "Methods of Wear Testing". Moscow: Publications of Academy of Sciences of USSR. 1962;12-18 (in Russian).
53. Saverin MM. Shot Peening. Moscow: Mashgiz Publishers, 1955 (in Russian).
54. Mosberg R, and Kleis I. The study of the processes taking place at the surface of metal at erosion. Proc Techn Univ Tallinn 1962;192:20-28 (in Russian).
55. Pakkas LR. Research into the Changes of Crystal Lattice in the Surface Layer of a Metal Target Subjected to Abrasive Erosion. PhD Thesis. Tallinn 1968 (in Russian).
56. Rinehart JS, and Pearson J. Behaviour of Metals Under Impulsive Loads.. Cleveland: Publ by The American Society for Metals 1954.
57. Olesevich KV. Wear of Elements of Gas Turbines Operating on Solid Fuel. Moscow: Mashgiz Publishers, 1959 (in Russian).
58. Uetz H, and Gommel G. Temperaturerhöhung und elektrische Aufladung beim Stoss einer Stahlkugel gegen eine Stahlplatte. Wear 1966;9:282-96.
59. Polosatkin GD, and Gribanov SA. The measurement of temperatures on cutter surfaces at velocities of 1 to 800 m/s. Inf Bull Higher Educ Inst, Phys; 3:1965, 173-175 (in Russian).
60. Kleis I, Muiste U, Pilvre U, Uuemõis H, and Uetz H. The physical mechanism of the formation of metal microspheres in the wear process. Wear 1979;58:79-85.
61. Reiners E. der Mechanismus der Prallzerkleinerung beim geraden zentralen Stoss und die Anwendung dieser Beanspruchungsart bei der selektiven Zerkleinerung von spröden Stoffen. - Forchungsberichte des Landes Nordrhein-Westfahlen nr. 1059, 1962.
62. Piel M. Study of the Laws Coverning Wear and Grinding Processes in Impact Mills. PhD Thesis. Tallinn 1979 (in Russian).
63. Kleis I, and Uuemõis H. Wear Resistance of the Milling Equipment Operating on the Principle of Impact. Moscow: Mashinostroenie Publishing House, 1986 (in Russian).
64. Davidenkov NN. Dynamic Testing of Metals. Moscow: 1929 (in Russian).
65. Engel O. Pits in metals by collision wih liquid drops and rigid steel spheres. J. of Research of the National Bureau of Standards. 1960; Vol. 64 A, N1:61-72.
66. Eichelberger RJ, Kineke JH. Hypervelocity Impact. In: High-Speed Physics. Vol. 2, Moscow: Mir Publ, 1971;204-46 (in Russian).
67. Goldsmith W. Impact and contact phenomena at medium velocities. In: High-Speed Physics, Vol. 2, Moscow: Mir Publ, 1971;153-203 (in Russian).
68. Kleis I, Uuemõis H. Untersuchung des Strahlverschleissmechanismus von Metallen. Zeitschrift für Werkstofftechnik, 1974; Heft 7:381-89.
69. Hutchings IM, Winter RE, Field JE. Solid particle erosion of metals: The removal of surface material by spherical particles. Proc Roy Soc London 1974;348 A: 379-92.
70. Kleis I. Hypothesis of constancy of required energy for formation of impact crashers, Proc Techn Univ Tallinn 1978;455:3-8 (in Russian).
71. Rinehart JS, Pearson J. Behaviour of Metals under Impulsive Loads. Moscow: Foreign Publishers, 1958 (in Russian).
72. Kangur HF. Dynamic Penetration of Rigid Sphere to Metallic Barrier. PhD Thesis, Tallinn 1987 (in Russian).
73. th Conf on Erosion by Liquid and Solid Impact. Cambridge 1987;48-1-48-7.
74. Goodier IN. On the mechanics of indentation and cratering in solid targets of strain-hardering metal by impact of hard and soft spheres. Proc Seventh Hypervelocity Impact Symp, Tampa, Florida 1964;215-60.
75. Singer S. The influence of meteoritic particles to artifitial sattellites of Earth. Jet Propulsion, 1956;26/12:1071-75.
76. Lueger Lexikon der Technik. Band 3. Stuttgart: 1961.
77. Gommel G. Stossuntersuchungen Stahlkugel - Stahlplatte im zusammenhang mit Strahlzertrümmerung und Strahlverschleiss. Techn-wiss Berichte MPA Stuttgart, 1967; Heft 67-01.
78. Tabor D. The Hardness of Metals. Oxford Univ. Press 1951.
79. Breckel H. Kenngrössen und Verschleiss metallischer Werkstoffe. Diss Univ Stuttgart 1968.
80. Kleis I, Remi T. On the geometry of impact craters produced by indentors of different shape. Proc Techn Univ Tallinn 1991;728:3-7 (in Russian).
81. Vitman FF, Stepanov AB. The influence of deformation rate to the deformation resistance of metals. Moscow: In: Some Strength Problems of Solid Body, Acad Sc USSR, 1959;207-21 (in Russian).
82. Huth G, Thompson J, and Van Valkenburg M. Some new results about the hypervelocity impacts. J of the Applied Mechanics 1957;24/1:65-68.
83. Kleis I, Remi T. Testing hardned steel targets for dynamic hardness. Proc Estonian Acad Sc Eng 2004;10/1:39-44.
84. Kangur H, Kleis I. The experimental determination and calculation of the coefficient of restitution. Proc Acad Sc USSR "Solid Mechanics" 1988;5:182-85 (in Russian).
85. Kleis I. Modelle zur analytischen Bestimmung der Stossziffer bei Metallen. Acta Universitatis Ouluensis C Tehnica 1996;92:8-15.
86. Frischman F, Haljasmaa I, Pappel T, Rudi U, and Scheglov I. Investigation of particle-wall collision. Proc Estonian Acad Sc Phys Math 1994;43:263-370.
87. Kleis I, and Hussainova I. Investigation of particle - wall impact process. Wear 1999;233-235:168-73.
88. Kleis I. Dynamische Härte als eine Physicalische Konstante. Proc of OST-94 Symposium on Machine Design, Oulu: 1994;13-26.
89. Kleis I. Analytical determination of indentor load in terms of impact energy. Acta Univ Oulu, 1997; C109:25-33.
90. Kirejev AV, and Malafejev NJ. The influence of ask particles flow parameters on boiler tubes wear. Polzunov Boiler-Turbine Inst Report N5881, Lengingrad, 1938 (in Russian).
91. Lebedev IK. Erosion in the boilers. Electric Power Stations 1958;11:22-27 (in Russian).
92. Finnie IA. Erosion of surfaces by solid particles. Wear 1960;3:87-103.
93. Bitter JGA. A study of erosion phenomena: Part II. Wear 1963;6:169-90.
94. Nepomnyashchy EF. Friction and wear caused by the stream of solid particles. Interation of Solid Bodies and Calculation of Friction Forces and Wear. Moscow: 1971;190(in Russian).
95. Abramov JA. The erosion of energetic equipment. Power Engineering 1985;7:15-21 (in Russian).
96. Beckmann G. and Gotzmann J. Analytical model of the blast wear intensity of metal based on a general arrangement for abrasive wear. Wear 1981;73:325-33.
97. Peter P. Strahlverschleiss an konventionellen Dampferzeugern-Prognose und Verschleissschutz. Wiss Berichte TH Zittau, 1004, 1989: Lecture NV/3.
98. Tadolder J. The influence of the geometry of abrasive particle on wear rate of metals. Proc Techn Univ Tallinn 1966;237:3-13 (in Russian).
99. Levin SM. Investigation of the Erosion of Steels in Different Conditions. Dissertation, Moscow Institute of Petrochemical and Gas Industry, 1978;207(in Russian).
100. Ellermaa RR. Erosion prediction of pure metals and carbon steels. Wear 1993;162-164:1114-22.
101. Beckmann G. and Kleis I. Abtragvershleiss von Metallen. Leipzig: 1983;184. (Distributed by Springer - Verlag Wien - New York).
102. Lepikson H. and Siimpoeg R. The methodics of erosion study at low temperatures and some results. Proc Techn Univ Tallinn 1969;271:31-39 (in Russian).
103. Üksti L. Physicochemical aspects of wet sand erosion mechanism. Proc Techn Univ Tallinn 1983;560:19-27 (in Russian).
104. Neiman A. Relationship Between Abrasivity of Sands and Their Geological and Physical Indicators. Research Report, Tallinn 1968 (in Estonian).
105. Uuemõis H. An Investigation into Some Laws of Hard-Particle Erosion. PhD Thesis, Tallinn 1967;185(in Russian).
106. Uetz H. and Gross KJ. Strahlvershleiss in Abrasion and Erosion, München Wien: Carl Hanser Verlag, 1986;326-78.
107. Langeberg I. Study of Erosion at Small Angles of Impact. PhD Thesis, Tallinn 1968;196(in Russian).
108. Kleis I. Effect of Hardness of Abrasive Grains Metal Erosion. Research Report. Tallinn 1961;25(in Estonian).
109. Kleis I. and Remi T. Adapting the energetic erosion theory to hardened steels. Proc Estonian Acad Sc Eng 2004;10/1:45-52.
110. Kleis I. Probleme der Bestimmung des Strahlverschleisses bei Metallen. Wear 1969;13, 199-215.
111. Kleis I. About the erosion of metals. Proc Techn Univ Tallinn 1959;168:3-25 (in Russian).
112. Kleis I, Pappel T, and Arumäe H. Strahlverschleissuntersuchungen an modernen Konstruktionswerkstoffen. Wiss. Berichte Ingenierhochschule Zittau, 1982;383:64-66.
113. Beckmann G, Dierich P, Gellrich R, Gotzmann J, and Pietschmann F. Modelling of severe wear; asurvey of the contributions of the Technical University of Zittau to tribology. J Tribology International 1996;29/3:215-20.
114. Gotzmann J. Modellierung des Strahlverschleisses an keramischen Werkstoffen. Schmierungstechnik, Fachzeitschrift für Tribotechnik, Berlin: VEB Verlag Technik 1989;20/11:324-29.
115. Beckmann G, and Gotzmann J. Modelling blast wear on ceramic materials. Proc Techn Univ Tallinn 1985;609:102-9 (in Russian).
116. Greenwood DA. and Williamson JBP. Contact of nominally flat surfaces. Proc Roy Soc Lond, 1986; A295:300-19.
117. Evans AG, Gulden ME. and Rosenblatt M. Impact damage in brittle materials in elastic-plastic regime. Proc Roy Soc Lond, 1978; A361:343-65.
118. Sheldon GL, Finnie IJ. On the ductile behaviour of nominally brittle materials during erosive cutting. J of Engineering for Industry 1966; Nov: 387-92.
119. Gulden ME. Solid-particle erosion of high-technology ceramics (Si3N4, glassbonded Al2O3 and MgF2). American Society for Testing and Materials. ASTM STP 664, 1979;101-22.
120. Beckmann G, Dierich P. Tendenzdarstellungen von Mikrohä rteverteilugen technischer Werkstoffe. Schmierungstechnik, Fachzeitschrift für Tribotechnik, VEB Verlag Technik Berlin 1989;20/12.
121. Kulu P. Principles of Creation of Erosion Wear Resistant Powder Materials and Coatings. Doctoral Thesis, Tallinn 1989 (in Russian).
122. Kulu P. Wear Resistance of Powder Materials and Coatings Tallinn: Valgus Publishers, 1988;119(in Russian).
123. Kulu P, Veinthal R, and Käerdi H. Characterisation and modelling of erosion wear of powder composite materials and coatings. Int J Materials and Product Technology, 2007;28/3-4:425-447.
124. Ponton C, Rowlings R. Vickers indentation fracture toughness. Part 1; Test review of literature and formulation of standardised indendation thoughness equation. Mater Sci Tehnol 1989;5:865-72.
125. Veinthal R. Characterisation and modelling of Erosion Wear of Composite Materials and Coatings, PhD Thesis, TTU Press, 2005.
126. Wahl H. Verschleissprobleme in Braunkohlenbergbau. Braunkohle, Wärme u. Energie, 1951;3:75-87.
127. Khrushchov MM. and Babichev MA. Study of Metals Wear. Moscow: 1960;351(in Russian).
128. Wellinger K. and Uetz H. Gleitverschleiss, Spülverschleiss, Strahlverschleiss unter der Wirkung von körnigen Stoffen. VDI-Forshungsheft, 1955;449/B21:1-40.
129. Wellinger K, Uetz H. and Gürleyik M. Gleitverschleiss-Untersuchungen an Metallen und nichtmetallischen Harstoffen unter wirkung körnigen Stoffen. Wear, 1968;11:173-99.
130. Tereshtshenko AF. and Gavrisch VA. About the abrasive selection for testing of surfacing to erosion. Abstracts of Tribological Conference. Kiev 1970;48-51 (in Russian).
131. Tadolder J. Erosion of Pure Metals. PhD Thesis. Tallinn 1966 (in Estonian).
132. Uetz H. and Khosrawi MA. Strahlverschleiss. Aufbereitungstechnik, 1980;21/5:253-66.
133. Stupnitsky A, Kleis I. and Rufanov Y. Wear characterictics of comercially pure metals in a grazing abrasive stream. Proc Techn Univ Tallinn 1981;381:23-32 (in Russian).
134. Kleis I. Grundlagen der Werkstoffauswahl bei der Bekämpfung des Strahlverschleisses. Werkstofftechnik, 1984;15:49-58.
135. Wellinger K. and Uetz H. Einfluss der Schweissbedingungen auf das Verschleissverhalten von Auftragschweissungen. Schweissen und Schneiden, 1960;12:465-72.
136. Katavic I. Untersuchungen über die Beeinflussung des Gefüges karbidischer Gusseisen bei abrasivet Verschleissbeanspruchung. Wear 1978;48:35-53.
137. Juzvenko J. and Paschenko M. The chromium carbide based alloys for mechanized surfacing. Automatic Welding 1969;3:24-28 (in Russian).
138. Engel P A. Impact Wear of Materials. Amsterdam: Elsevier 1976;104.
139. Olsson M, Blomberg A, Sigur A, and Hogmark S. Solid Particle Erosion of Advanced Ceramic Materials. Proc of Intern Symposium on Metallurgy and Materials Science (Edited by Butzen JJ, Bihle Sorenson JB) 1990;425-31.
140. Grearson AN, Aucote J, and Engström H. Wear of Ceramics in Grit Blasting. J Cr Ceram Trans 1989;88:213-18.
141. Kulu P. The Abrasive Erosion Resistance of Powder Coatings. J Tribologia: Finnish J Tribology 1989;8/4:12-25.
142. Kulu P, Pihl T, and Halling J. Wear-Resistant WC-Co-NiCrSiB Composite Coatings. NORDTRIB'98: Proc of the 8th Intern Conf of Tribology. Aarhus 1998;809-17.
143. Kulu P, Veinthal R. Wear Resistance of High Velocity Thermal Sprayed Coatings. Proc. of Nordic Symposium NORDTRIB'00 (Eds.: Anderson P, Ronkainen H, Holmberg K), Technical Research Centre of Finland (VTT). 2000;87-95.
144. Kleis I, Pappel P. Behaviour of Engineering Ceramics at Hard-Particle Erosion. Proc of the 6th Nordic Symposium on Tribology, NORDTRIB94. Uppsala, Sweden, 1994; Vol. I: 215-23.
145. Kleis I. Study of impact erosion of ceramic-metal hardmetals of different hardness. Proc Tech Univ Tallinn 1965;219:11-16 (in Russian).
146. Tiidemann T, Uuemõis H, Kleis I. A Study of Erosion at Higher Impact Velocities. Proc Techn Univ Tallinn 1973;347:29-39 (in Russian).
147. Uuemois H, Kleis I, Tumanov V, Tiidemann T. Investigation of abrasive erosion of sintered tungsten hard alloys. J Powder Metallurgy of Ukrainian Acad Sci 1974;3:98-101 (in Russian).
148. Valdma L, Pirso J. Character of wear of chromium carbide sintered alloys in the stream of abrasive particles. J Powder Metallurgy (Kiev) 1975;8:83-88 (in Russian).
149. Pirso J, Valdma L. The influence of production parameters and content on properties of sintered chrome-carbide hard metal alloys. Proc Techn Univ Tallinn 1977;417:19-28 (in Russian).
150. Kallas P, Valdma L. Wearing character of sintered hard alloys in the hydroabrasive and abrasive streams. Proc Techn Univ Tallinn 1979;478:11-17 (in Russian).
151. Pirso J, Kallas P. Influence of the velocity of abrasive particles on the wearing mechanism of chromium carbide Sintered alloys. Proc Techn Univ Tallinn 1980;494:25-31 (in Russian).
152. Valdma L. Selective wear of sintered hard alloys in abrasive stream. Proc Techn Univ Tallinn 1982;531:3-9 (in Russian).
153. Reshetnyak H, Kübarsepp J. Mechanical properties of hard metals and their erosive wear resistance. Wear 1994;177:185-93.
154. Reshetnyak H, Kübarsepp J. Structure Sensitivity of Wear Resistance of Hardmetals. Int J of Refractory Metals & Hard Materials 1997;15:89-98.
155. Hussainova I, and Kübarsepp J. The Effect of Impact Angle on the Erosion of Cermets. Fundamentals of Tribology and Bridging the Gap Between the Macro- and Micro/Nanoscales (Bhushan Ed B). Kluwer Academic Publisher, 2001;537-42.
156. Hussainova I, Kübarsepp J, Pirso J. Mechanical Properties and Features of Erosion of Cermets. Wear 2001;250:818-25.
157. Hussainova I. Effect of microstructure on the erosive wear of titanium carbidebased cermets. Wear 2003;255:121-28.
158. Harlamov Y, Sokolov A, Pappel T. The Influence of Wear Resistance Due to Detonation Plating. Proc Techn Univ Tallinn 1973;347:49-54 (in Russian).
159. Kulu P, Bussel O, Pugin V. Erosion resistance of porous permeable iron. J. Powder Metallurgy (Kiev) 1974;7:56-62 (in Russian).
160. Kulu P. Effect of forging and chemicothermal treatment on properties of sintered iron and steel. J Powder Metallurgy (Kiev) 1978;12:22-26 (in Russian).
161. Kulu P, Kallas P. Abrasive erosion of forged and chemico-thermal treated sintered steels. Proc Techn Univ Tallinn 1978;455:51-55 (in Russian).
162. Kallas P, Kulu P. Influence of porosity to abrasive erosion of porous steel. Proc Techn Univ Tallinn 1983;560:81-87 (in Russian).
163. Kulu P, Kallas P. The wear resistance of the detonation coatings on sintered steels. Proc Techn Univ Tallinn 1983;560:89-93 (in Russian).
164. Kulu P. The pecularities of creation of erosion resistant gas-thermal coatings on powder materials. Proc Techn Univ Tallinn 1984;566:35-40 (in Russian).
165. Kallas P, Kulu P, Halling J. Mechanisms of gas-abrasive wear of powder materials. Proc Techn Univ Tallinn 1985;609:37-45 (in Russian).
166. Kulu P, Halling J. Gas-thermal coatings on powder materials I. Sprayed powder coatings. J Powder Metallurgy (Kiev) 1986;8:75-80 (in Russian).
167. Kulu P, Halling J. Gas-thermal coatings on powder materials II. Fused powder coatings. J Powder Metallurgy (Kiev). 1986;9:60-64 (in Russian).
168. Halling P, Kulu P, Kallas P. Wear resistant powder hardmetal coatings. Proc Techn Univ Tallinn 1986;628:45-51 (in Russian).
169. Kulu P, Halling J. Mechanisms of abrasive erosion of powder steels. Proc Techn Univ Tallinn 1987;636:25-31 (in Russian).
170. Kulu P, and Halling J. Recycled Hard Metal-Base Wear-Resistance Composite Coatings. J Thermal Spray Technology 1998; Vol. 7(2):173-78.
171. Kulu P, Zimakov S. Wear resistance of thermal sprayed coatings on the base of recycled hardmetal. J Surface and Coating Technology. 2000;130:46-51.
172. Kulu P, Veinthal R, Kõo J, and Lille H. Mechanism of Abrasion Erosion Wear of Thermal Sprayed Coatings. Advances in Mechanical Behaviour, Plasticity and Damage. EUROMAT 2000. Tours, 2000;651-56.
173. Kallas P. Indendation Energy and Abrasive Wear of Metals. Wear 1996;198:77-85.
174. Daillaire S, Legoux JG, Levert H. Abrasion Wear Resistance of Arc-Sprayed Stainless Steel and Composite Stainless Steel Coatings. J Thermal Spray Technol. 1995;4:163-68.
175. Lille H, Kõo J, Kulu P, Pihl T. Residual Stresses in Different Thermal Spray Coatings. Proc Estonian Acad Sci Eng 2002;8/3:162-73.
176. Zimakov S, Pihl T, Kulu P, Antonov M, and Mikli V. Application of recycled hardmetal powder. Proc Estonian Acad Sci Eng 2003;9/4:304-16.
177. Alman DE, Tulczak JH, Hawk J, and Hebster M. Elevated temperature erosion of cermets. Mater Sci Eng 1999; A261:245-51.
178. Alman DE, Tulczak JH, and Hawk J. An assessment of the erosion resistance of iron-aluminide cermets at room and elevated temperatures. Wear 2002;329:602-09.
179. Kübarsepp J, Klaasen H, Mikli V, Viljus M. Erosive Wear of TiC-base Cermets. Proc of Kaunas Univ of Techn and Acad of Sci of Lithuania. Materials Science (Medžiagotyra) 2002;8/4:486-88.
180. Hussainova I, and Antonov M. Elevated temperature wear of chromium carbide based cermets. Proc Estonian Acad Sci Eng 2003;9/4:261-71.
181. Stack M, and Pena D. Solid particle erosion of Ni-Cr/WC metal matrix composites at elevate temperatures. Wear 1997;203:489-97.
182. Hussainova I. Some aspects of solid particle erosion of cermets. J Tribol Int 2001;34:89-93.
183. Sundararajan G, and Roy M. Solid particle erosion behaviour of metallic materials at room and elevated temperatures. J Tribol Int 1997;30:339-59.
184. Kulu P. Selection of Powder Coatings for Extreme Erosion Wear Conditions. Advanced Engineering Materials 2002;4/6:392-97.
185. Stachowiak GW. Particle angularity and its relationship to abrasive and erosive wear. Wear 2000;241:214-19.
186. Kulu P, Mikli V, Käerdi H, Besterci M. Characterization of Disintegrator Milled Hardmetal Powder. J. Powder Metallurgy Progress 2003;3/1:39-48.
187. Pihl T. Powder Coatings for Abrasive Wear. PhD Thesis. TTU Press. Tallinn 2002;124.
188. Letunovitš S. Tribology of Fine-grained Cermets. PhD Thesis. TTU Press. Tallinn 2003;127.
189. Finnie I. Wear Control Technology: Source Book American Society for Metals. 1978;220-36.
190. Stupnitsky AM. Study of Wear Resistance of Materials at Erosion. Caused by Sliding Particles. PhD Thesis. Tallinn 1976 (in Russian).
191. Kleis I, Kovalenko I, Loboda V, Ovsjannikova L, and Stupnitsky A. Study ways to increase of performance of aglomeration exhausters rotors. Proc Techn Univ Tallinn of. 1981;516:23-41 (in Russian).
192. Ovsjannikova L. Means of Increasing the Wear resistance of Centrifugal Compressor Rotors. PhD Thesis. Tallinn 1983 (in Russian).
193. Shurovsky V, Spitsyn J, Glushkov V, Surinovitch V. Erosion of Centrifugal turbomachines for earthgas. Proc Polzunov Research and Design Institute of Energetic Equipment. Leningrad 1980;181:77-82 (in Russian).
194. Wandke E, Tsherny S, and Lübke J. Massnahmen zur Verlängerung der Laufzeit von Nassentstaubunganlagen. Neue Bergbautechnik, 1964;14/6:229-33.
195. Bruk AD. The investigations of agglomeration exhausters to increase their wear resistance. Proc. Polzunov Research and Design Institute of Energetic Equipment. Leningrad 1980;181:47-51 (in Russian).
196. Botkatchik IA, and Matveyev AS. The increase of perfomance and economy of flue-gas exhauster of heat plants. Proc Polzunov Research and Design Institute of Energetic Equipment. Leningrad 1986;227:77-81 (in Russian).
197. Ris VF, Evdokimov VE, and Semov VV. Proc Polzunov Research and Design Institute of Energetic Equipment. Leningrad 1986;181;5-13 (in Russian).
198. Bernhardt C, Gottschalk I, and Heegen H. Vergleichende Untersuchungen zur mechanischen Aktivierung von Quarz in einigen Labormühlen. Silikattechnik, 1974;25/5:183-86.
199. Hint J. Disintegration Method for Manufacturing of Silicate Products. Tallinn: Estonian State Publishing House 1952 (in Russian).
200. Hint J. The Basis of Manufacturing of Silicate Products. Leningrad-Moscow: State Publishing House of Building, Architecture and Building Materials. 1962 (in Russian).
201. Tamm B, and Tymanok A. Impact grinding and disintegrators. Proc Estonian Acad Sci Eng, 1996;2/2:209-23.
202. Tümanok A, and Kulu P. Treatment of different materials by disintegrator systems. Proc Estonian Acad Sci Eng, 1999;5/3:222-42.
203. Tümanok A, Kulu P, Goljandin D, and Rostsin S. Theoretical model for grinding by collision of ductile metall chips into metal powder. Proc 1st Intern DAAAM Conference on Industrial Engineering - Actual Activities. Tallinn, Estonia 1997;130-32.
204. Goljandin D, Kulu P, Peetsalu P. Ultrafine metal powder produced by grinding from the Proc TMS 2002 Recycling and Waste Treatment in Mineral and Metal Processing: Technical and Economic Aspects. Vol. 1. Sweden 2002;277-84.
205. Peetsalu P, Goljandin D, Kulu P, Mikli V, Käerdi H. Micrppowders produced by disintegrator milling. J Powder Metallurgy Progress 2003; Vol. 3/2:99-110.
206. Kulu P, Käerdi H, Mikli V. Retreatment of used hardmetals. Proc. TMS 2002 Recycling and Waste Treatment in Mineral and Metal Processing: Technical an Economic Aspects. Vol. 1. Sweden 2002;139-46.
207. Uuemõis H, Piel M. Selection and evalution of materials for impact cruchers. Proc Techn Univ Tallinn 1979;478:31-36 (in Russian).
208. Kulu P. Wear Resistance of Powder Materials and Coatings. Tallinn: Valgus Publishers 1988;119(in Russian).
209. Kulu P. The Principles of Creation of Erosion Wear Resistant Powder Materials and Coatings. Doctoral Thesis. Tallinn 1989 (in Russian).
210. Zimakov S, Pihl T, Kulu P, Antonov M, Mikli V. Applications of recycled hardmetal powder. Proc Estonian Acad Sci Eng, 2003;9/4:304-16.
211. Kleis I, Lepikson H, and Mosberg R. The Wear of metal in Quartz Sand and Selection of Materials of Disintegrator Pins. Research Report. Tallinn 1957 (in Estonia).
212. Kleis I, and Uuemõis H. Wear Resistance of Impact Based Grinding Equipment. Moscow: Mashinostroenie Publishers, 1986 (in Russian).
213. Bytshkov RA, and Kovalev AT. Chemical and Petrochemical Machine Building 1977;42(in Russian).
214. Tymanok A. About the energy of material to be treated in multistep rotor milling device. Proc Techn Univ Tallinn 1976;393:139-47 (in Russian).
215. Tamm B, and Tymanok A. Im balance control of disintegrator. Proc IFAC'96 Triennial World Congress. E. Nonlinear Systems I. San Fransisco 1996;173-78.
216. Kleis I, Lepikson H, and Tadolder J. Study of Wear of Boilers TR-17 Cyclons and Tubes. Research Report. Tallinn 1978 (in Estonian).
217. Kleis I, Lepikson H, and Tadolder J. Study of erosion of cyclones and gas flues. Proc Higher Education Institutions. Series Energetics. 1969;11:55-60 (in Russian).
218. Üksti L. The Influence of Liquid Additions in Abrasive to the Erosion of Metals. PhD Thesis. Tallinn 1983 (in Russian).
219. Cherje TW, Simbi DJ, Navara E. Relationship between microstructure, hardness, impact toughness and wear perfomance of selected griding media for mineral ore milling operation. J Materials and Design, 2004;25:11-18.
220. th edition. Vol. 3, ASM, 576.