SIKIŞTIRILMIŞ YATAK TESTİNDE TANE BOYUNA BAĞIMLI KIRILMA MODELİNİN UYGULANABİLİRLİĞİ

Kaynakça (8)

1. EPSTEIN, B., “Logarithmico-Normal Distribution in Breakage of Solids", Industrial and Engineering Chemistry, 40, 2289-2291, 1948
2. BROADBENT, S.R., CALLCOTT T.G., “A Matrix of Processes Involving Particle Assemblies”, Phil. Trans. R. Soc. Lond., Ser., A, 249: 99-123, 1956.[3] GARDNER, R.P., AUSTIN L.G., 1962, “A Chemical Engineering Treatment of Batch Grinding”, In: H.Rumpf and D. Behrens (Editors), Proceedings, 1st European Symp. Zerkeinern. Verlag Chemie, Weinheim, 217-247,1962.[4] KELSALL, D.F., REID K.J., “The Derivation of a Mathematical Model for Breakage in a Small Continuous Wet Ball mill”, Proc. A.I. Ch. E./I.Chem.E. Joint Meeting, London, June, Section 4: 14-20, 1965.[5] AUSTIN, L.G., KLIMPEL, R.R., BEATTIE, A.N., “Solution of Equations of Grinding”, Second European Symposium on Comminution, Amsterdam, 281-312, 1966.[6] HERBST, J.A, FUERSTENAU D.W., “Scale-Up Procedure for Continuous Grinding Mill Design Using Population Balance Models”, International Journal of Mineral Processing, 7, 1-31, 1980.[7] STEWART, P.S.B., RESTARICK, C.J., “A Comparison of Mechanism of Breakage in Full Scale and Laboratory Scale Grinding Mills”, Proc. Australas. Inst. Min. Metall., 239, 81-92, 1971.[8] SCHOENERT, K., 1972, “Role of Fracture Physics in Understanding Comminution Phenomena”, Transactions of Society of Mining Engineers AIME, 252, 21-26, 1972.[9] FRUHWEIN, P., 1976, “Algorithm for Estimating The Process Parameters of Continuous Grinding”, Zerkleinern Dechema Monographien, 79, 505-518, 1976.[10] WHITEN, W.J., “A model for simulating crushing plants”, Journal of the South African Institute of Mining and Metallurgy 72, 257–264, 1972.[11] LYNCH, A.J., “Mineral Crushing and Grinding Circuits, Their Simulation, Optimization, Design and Control”, Elsevier Scientific Publishing Co., Amsterdam, 1-65, 1977.[12] KROGH, S.R., “Determination of Crushing and Grinding Characteristics Based on Testing of Single Particles”, Transactions AIME/SME, 266, 1957-1962, 1978.[13] Kavetsky, A., Whiten, W.J., Narayanan, S.S., “Studies on the Scale-up of Ball Mills”, Mill Operations Conference, Sept. Australas. Inst.Min.Metall., 113-121, 1982.[14] SCHOENERT, K., “Advances in Comminution Fundamentals and Impacts on Technology”, Aufbereit.-tech. 32, 487-494, 1991.[15] KRAJCINOVIC, D., Damage Mechanics, Elsevier, Oxford, UK, 159-166, 1996.[16] TAVARES, L.M., KING R.P., “Single-particle Fracture Under Impact Loading”, International Journal of Mineral Processing, 54, 1-28, 1998.[17] FANDRICH, R. G., CLOUT, J. M. F., BOURGEOIS, F. S., “The CSIRO Hopkinson Bar Facility for Large Diameter Particle Breakage”, Minerals Engineering, 11, 803-890, 1998.[18] YASHIMA, S., KANDA Y., SANO S., “Relationships between Particle Size and Fracture Energy or Impact Velocity Required to Fracture as Estimated from Single Particle Crushing”, Powder Technology, 51, 277-282, 1987
3. UNLAND, G., SCZELINA, P., “Coarse Crushing of Brittle Rocks By Compression”, International Journal of Mineral Processing, 7, 209-217, 2004.[20] PAUW, O.G., MARÉ M.S., “The Determination of Optimum Impact-Breakage Routes for an Ore”, Powder Technology, 54, 3-13, 1988.[21] GAO, M.E., FORSSBERG, K.S.E., “Simulation of Batch Grinding of Iron Ore”, Trans. Inst. Min. Metall., 99, C142-C146, 1990.[22] BANINI, G.A., An Integrated Description of Rock Breakage in Comminution Machines., PhD Thesis, University of Queensland (JKMRC), Australia, 2000.[23] VOGEL, L., PEUKERT, W., “Breakage Behaviour of Different Materials-Construction of a Mastercurve for the Breakage Probability”, Powder Technology, 129, 101-110, 2003.[24] VOGEL, L., PEUKERT, W., “Determination of Material Properties Relevant to Grinding by Practicable Labscale Milling Tests”, International Journal of Mineral Processing, 74S, 329-338, 2004
4. SHI, F., KOJOVIC, T., “Validation of A Model for Impact Breakage Incorporating Particle Size Effect”, International Journal of Mineral Processing, 82, 156-163, 2007.[26] EKSI, D., BENZER, H., SARGIN, A., GENC, O., “A new method for determination of fine particle breakage”, Minerals Engineering, 24, 216-220, 2011. [27] 27- LIU, J., SCHÖNERT, K., “Modelling of interparticle breakage”. Int. J. Miner. Process.44-45, 101-105, 1996.[28] HAWKINS, R., A Piston and Die Test to Predict Laboratory-Scale HPGR Performance, Master Thesis. JKMRC, University of Queensland, 2007.[29] DUNDAR, H., BENZER, H., AYDOGAN, A.N., “Application of population balance model to HPGR crushing”, Minerals Engineering, 50-51, 114-120, 2013.[30] ASBJORNSSON, G., HULTHEN, E., EVERTSSON, M., “Modelling and simulation of dynamic crushing plant behavior with MATLAB/Simulink”, Minerals Engineering, 43-44, 112-120, 2013.[31] ALTUN, D., Mathematical modelling of vertical roller mills, PhD Thesis, Hacettepe University, Turkey, 2017.[32] NARAYANAN, S.S., “Single particle breakage tests: A review of principles and applications to comminution modelling”, Bull Proc. Australas. Inst. Min. Metal, 291, pp.49-58, 1986
5. EPSTEIN, B., “Logarithmico-Normal Distribution in Breakage of Solids", Industrial and Engineering Chemistry, 40, 2289-2291, 1948
6. BROADBENT, S.R., CALLCOTT T.G., “A Matrix of Processes Involving Particle Assemblies”, Phil. Trans. R. Soc. Lond., Ser., A, 249: 99-123, 1956.[3] GARDNER, R.P., AUSTIN L.G., 1962, “A Chemical Engineering Treatment of Batch Grinding”, In: H.Rumpf and D. Behrens (Editors), Proceedings, 1st European Symp. Zerkeinern. Verlag Chemie, Weinheim, 217-247,1962.[4] KELSALL, D.F., REID K.J., “The Derivation of a Mathematical Model for Breakage in a Small Continuous Wet Ball mill”, Proc. A.I. Ch. E./I.Chem.E. Joint Meeting, London, June, Section 4: 14-20, 1965.[5] AUSTIN, L.G., KLIMPEL, R.R., BEATTIE, A.N., “Solution of Equations of Grinding”, Second European Symposium on Comminution, Amsterdam, 281-312, 1966.[6] HERBST, J.A, FUERSTENAU D.W., “Scale-Up Procedure for Continuous Grinding Mill Design Using Population Balance Models”, International Journal of Mineral Processing, 7, 1-31, 1980.[7] STEWART, P.S.B., RESTARICK, C.J., “A Comparison of Mechanism of Breakage in Full Scale and Laboratory Scale Grinding Mills”, Proc. Australas. Inst. Min. Metall., 239, 81-92, 1971.[8] SCHOENERT, K., 1972, “Role of Fracture Physics in Understanding Comminution Phenomena”, Transactions of Society of Mining Engineers AIME, 252, 21-26, 1972.[9] FRUHWEIN, P., 1976, “Algorithm for Estimating The Process Parameters of Continuous Grinding”, Zerkleinern Dechema Monographien, 79, 505-518, 1976.[10] WHITEN, W.J., “A model for simulating crushing plants”, Journal of the South African Institute of Mining and Metallurgy 72, 257–264, 1972.[11] LYNCH, A.J., “Mineral Crushing and Grinding Circuits, Their Simulation, Optimization, Design and Control”, Elsevier Scientific Publishing Co., Amsterdam, 1-65, 1977.[12] KROGH, S.R., “Determination of Crushing and Grinding Characteristics Based on Testing of Single Particles”, Transactions AIME/SME, 266, 1957-1962, 1978.[13] Kavetsky, A., Whiten, W.J., Narayanan, S.S., “Studies on the Scale-up of Ball Mills”, Mill Operations Conference, Sept. Australas. Inst.Min.Metall., 113-121, 1982.[14] SCHOENERT, K., “Advances in Comminution Fundamentals and Impacts on Technology”, Aufbereit.-tech. 32, 487-494, 1991.[15] KRAJCINOVIC, D., Damage Mechanics, Elsevier, Oxford, UK, 159-166, 1996.[16] TAVARES, L.M., KING R.P., “Single-particle Fracture Under Impact Loading”, International Journal of Mineral Processing, 54, 1-28, 1998.[17] FANDRICH, R. G., CLOUT, J. M. F., BOURGEOIS, F. S., “The CSIRO Hopkinson Bar Facility for Large Diameter Particle Breakage”, Minerals Engineering, 11, 803-890, 1998.[18] YASHIMA, S., KANDA Y., SANO S., “Relationships between Particle Size and Fracture Energy or Impact Velocity Required to Fracture as Estimated from Single Particle Crushing”, Powder Technology, 51, 277-282, 1987
7. UNLAND, G., SCZELINA, P., “Coarse Crushing of Brittle Rocks By Compression”, International Journal of Mineral Processing, 7, 209-217, 2004.[20] PAUW, O.G., MARÉ M.S., “The Determination of Optimum Impact-Breakage Routes for an Ore”, Powder Technology, 54, 3-13, 1988.[21] GAO, M.E., FORSSBERG, K.S.E., “Simulation of Batch Grinding of Iron Ore”, Trans. Inst. Min. Metall., 99, C142-C146, 1990.[22] BANINI, G.A., An Integrated Description of Rock Breakage in Comminution Machines., PhD Thesis, University of Queensland (JKMRC), Australia, 2000.[23] VOGEL, L., PEUKERT, W., “Breakage Behaviour of Different Materials-Construction of a Mastercurve for the Breakage Probability”, Powder Technology, 129, 101-110, 2003.[24] VOGEL, L., PEUKERT, W., “Determination of Material Properties Relevant to Grinding by Practicable Labscale Milling Tests”, International Journal of Mineral Processing, 74S, 329-338, 2004
8. SHI, F., KOJOVIC, T., “Validation of A Model for Impact Breakage Incorporating Particle Size Effect”, International Journal of Mineral Processing, 82, 156-163, 2007.[26] EKSI, D., BENZER, H., SARGIN, A., GENC, O., “A new method for determination of fine particle breakage”, Minerals Engineering, 24, 216-220, 2011. [27] 27- LIU, J., SCHÖNERT, K., “Modelling of interparticle breakage”. Int. J. Miner. Process.44-45, 101-105, 1996.[28] HAWKINS, R., A Piston and Die Test to Predict Laboratory-Scale HPGR Performance, Master Thesis. JKMRC, University of Queensland, 2007.[29] DUNDAR, H., BENZER, H., AYDOGAN, A.N., “Application of population balance model to HPGR crushing”, Minerals Engineering, 50-51, 114-120, 2013.[30] ASBJORNSSON, G., HULTHEN, E., EVERTSSON, M., “Modelling and simulation of dynamic crushing plant behavior with MATLAB/Simulink”, Minerals Engineering, 43-44, 112-120, 2013.[31] ALTUN, D., Mathematical modelling of vertical roller mills, PhD Thesis, Hacettepe University, Turkey, 2017.[32] NARAYANAN, S.S., “Single particle breakage tests: A review of principles and applications to comminution modelling”, Bull Proc. Australas. Inst. Min. Metal, 291, pp.49-58, 1986.