Compression and impact loading experiments of high strength spherical composites

International Journal of Mineral Processing

Volumn 86, Issue 1-4, 2008, Pages 104-113

  Khanal, Manoj ^a   Schubert, Wolfgang ^b   Tomas, Jürgen ^b  

^a UNIVERSITY OF QUEENSLAND   (Australia)

^b OTTO VON GUERICKE UNIVERSITY   (Germany)

Author keywords

Compression; High strength composite particle; Impact; Particle fracture; Sphere

Indexed keywords

COMPACTION; CRACK INITIATION; IMPACT TESTING; SPHERES; STRENGTH OF MATERIALS; VELOCITY MEASUREMENT;

HIGH STRENGTH COMPOSITE PARTICLE; PARTICLE FRACTURE;

LOAD TESTING;

EID: 39649099553     PISSN: 03017516     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.minpro.2007.12.001     Document Type: Article

References (32)

1. Andrews E.W., and Kim K.S. Threshold conditions for dynamic fragmentation of glass particles. Mechanics of Materials 31 (1999) 689-703
2. Arbiter N., Harris C.C., and Stamboltzis G.A. Single fracture of brittle spheres. Transactions of Society of Mining Engineering AIME 244 (1969) 118-133
3. Behrens, D., 1964. Über die Prallyerkleinerung von Glasskugeln und Unregelmässig geformaten aus Schwerspat, Kalkstien und Quarysang im Korngrössenbereich Zwischen 0,1 und 1,5 mm, Ph.D. Thesis, University of Karlsruhe.
4. Bergstrom B.H., and Sollenberger C.L. Kinetic energy effect in single particle crushing. Transactions of Society of Mining Engineering AMIE 220 (1961) 373-379
5. Bergstrom B.H., Sollenberger C.L., and Mitchell J.W. Energy aspects ofsingle particle crushing. Transactions of Society of Mining Engineering AMIE 220 (1961) 419-422
6. Chau K.T., Wei X.X., Wong R.H.C., and Yu T.X. Fragmentation of brittle spheres under static and dynamic compressions: experiments and analyses. Mechanics of Materials 32 (2000) 543-554
7. Chaudhri M.M. High speed photographic investigations of the dynamic localized loading of some oxide glasses. Strength of Inorganic Glass (1985), Plenum Press, New York 87
8. Gildemeister H.H., and Schönert K. Bruchpaenomene und Spannungsfeld in prallbeanspruchten Kugeln. Dechema Monographe 79 (1976) 131-149
9. Gilvary J.J., and Bergstrom B.H. Fracture and comminution of brittle solids, I (Theory and experiment). Transactions Society of Mining Engineering AMIE 220 (1961) 380-389
10. Gilvary J.J., and Bergstrom B.H. Fracture of brittle solids, II. Distribution function for fragment size in single fracture (Experimental). Journal of Applied Physics 32 3 (1961) 400-410
11. Gorham, D.A. and Salman, A.D., 2002. The failure of PMMA spheres under impact loading, World congress on particle technology 3, per mail.
12. Gorham D.A., and Salman A.D. The failure of spherical particles under impact. Wear 258 (2005) 580-587
13. Khanal, M., 2005. Simulation of Crushing Dynamics of Aggregate Matrix Composites by Compression and Impact Stressings, Ph.D. Thesis, University of Magdeburg.
14. Kschinka B.A., Perrella S., Nguyen H., and Bradt R.C. Strengths of glass spheres in compression. Journal of American Ceramic Society 69 6 (1986) 467-472
15. Mishra B.K., and Thornton C. Impact breakage of a particle agglomerates. International Journal of Mineral Processing 61 (2001) 225-239
16. Potapov A.V., and Campbell C.S. The two mechanisms of particle impact breakage and the velocity effect. Powder Technology 93 (1997) 13-21
17. Priemer, J., 1965. Untersuchungen zur Prallzerkleinerung von Einzelteilchen, Ph.D. Thesis, University of Karlsruhe, Karlsruhe.
18. Rumpf H. Die Einzelkornzerkleinerung als Grundlage einer technischen Zerkleinerungswissenschaft. Chemie Inginieur Technik 37 3 (1965) 187-202
19. Rumpf H. (Translated by F. A. Bull) Particle Technology (1995), Chapman and Hall, London
20. Salman A.D., Fu J., and Hounslow M.J. Impact breakage of fertilizer granules. Powder Technology 130 (2003) 359-366
21. Samimi A., Moreno R., and Ghadiri M. Analysis of impact damage of agglomerates: effect of impact angle. Powder Technology 143-144 (2004) 97-109
22. Santurbano R., and Fairhurst C. Fracture mechanics in the context of rock crushing: preliminary experimental results concerning the impact of limestones. Rock Mechanics as Multidisciplinary Science (1991), Balkema, Rotterdam 441-449
23. Schönert K. Role of fracture physics in understanding comminution phenomena. Transactions of Society of Mining Engineering AMIE 252 (1972) 21-26
24. Schönert K. Breakage of spheres and circular discs. Powder Technology 143-144 (2004) 2-18
25. Schreier, M., 2000. Aufschlusszerkleinerung eines Partikelverbundstoffes mit Sprödbruchverhalten, Ph.D. Thesis, University of Magdeburg.
26. Schubert H. On the microprocesses of comminution. Aufbereitungs-technik 5 (1987) 237-246
27. Schubert H. Aufbereitung fester mineralischer Rohstoffe, 1 (1989), VEB Deutscher Verlag fuer Grundstoffindustrie
28. Shipway P.H., and Hutchings I.M. Attrition of brittle spheres by fracture under compression and impact loading. Powder Technology 76 (1993) 23-30
29. Shipway P.H., and Hutchings I.M. Fracture of brittle spheres under compression and impact loading, I. Elastic stress distributions. Philosophical Magazine A 67 6 (1993) 1389-1404
30. Shipway P.H., and Hutchings I.M. Fracture of brittle spheres under compression and impact loading, II. Results for lead glass and sapphire spheres. Philosophical Magazine A 67 6 (1993) 1405-1421
31. Thornton C., Yin K.K., and Adams M.J. Numerical simulations of impact fracture and fragmentation of agglomerates. Journal of Physics D: Applied Physics 29 (1996) 424-435
32. Tomas J., Schreier M., Gröger T., and Ehlers S. Impact crushing of concrete for liberation and recycling. Powder Technology 105 (1999) 39-51