JKMRC Alumni
Dr Walter Valery (JKMRC Alumni No. 130)
Global Director, Consulting and Technology, Hatch
"I am very proud and honoured to have studied at the JKMRC. Much more than an academic achievement, the PhD at the JK helped me to develop the professional and personal skills for a successful career in the Mining Industry. This wouldn’t be possible without the knowledge, experience, enthusiasm and never ending support from my supervisor and colleagues at the Centre. It has also been a great pleasure to actively participate in the social life of the JK, where students and staff always provided a friendly and culturally rich environment to learn and work."
Dr Barun Gorain (JKMRC Alumni No. 126)
Senior Manager, Mineral Processing, Strategic Technology Solutions Barrick Gold Corporation
“The JK Centre is truly a training ground for developing world-class mineral processing professionals rooted in fundamentals yet cognizant of the realities of how the industry works. The opportunities provided by the JK Centre have enriched my life with a fulfilling career and has allowed me to make key technical contributions and build wonderful friendships within the mining community worldwide.”
Dr Zeljka Pokrajcic (JKMRC Alumni No. 204)
Principal Process Engineer, Worley Parsons
“Being a student at the JK provided a supportive and stimulating environment for research towards a post graduate degree. Knowledgeable supervisors with an industry focus together with supportive student culture provided a sound platform for an exciting and rewarding career in the mineral industry.”
Dr Iain Scott (JKMRC Alumni No. 48)
Chief Operating Officer, Altona Mining Limited
“I can’t think of a better way to undertake relevant, applied research and gain valuable industrial experience at the same time. The JKMRC formula provided exactly that for me and stood me in good stead in a career that spanned both technical development and production management.”
Dr Dewetia Latti (JKMRC Alumni No. 185)
Manager – Technology & Innovation, Rio Tinto
“I did my PhD part-time whilst working in the industry and the support of supervisors and colleagues throughout my time at the JK was exceptional. A PhD presents academic challenge, but the JK provides much more - a learning environment that includes fundamental and practical application and a wealth of opportunities to interact with experts in minerals processing. It was a privilege to have studied at the JK.”
Dr David Seaman (JKMRC Alumni No. 188)
Principal Metallurgist, Newcrest Mining Limited
“The research projects carried out by postgraduate students at the JK provide an excellent opportunity to create professional and social relationships with numerous industry leading professionals. The multi-cultural diversity of the Centre ensures an exciting and fulfilling social experience as well as access to some of the leading researchers in the world. I am truly proud to be a JK alumni and my experience gained at the Centre proved to be an excellent foundation for an exciting career in the minerals processing industry, where I often encounter fellow alumni within various organisations across the industry.
Dr Wally Xu (JKMRC Alumni No. 193)
President – Global Development, Joyque Group, Nanjing, P.R. China
“I had wonderful 8 years studying and working in JK, which is also the most important chapter of my life. Not only I finished my doctorate study which still looks quite incredible achievement even today, but I also gained invaluable working experience and attitude towards professionalism, as well as the great experience of social life and events participation. Even I'm one of very few graduates who are not working in mineral or related industry, my career foundation was solidly built in JK. I'm deeply proud of being a JK alumni.
View all Alumni
JK Alumni No. |
Initial |
Surname |
Year |
Degree |
Thesis Title |
1 |
A J |
Lynch |
1964 |
PhD |
Matrix Models of Certain Mineral Treatment Processes |
2 |
D E |
Moore |
1964 |
PhD |
A Mathematical Analysis of Mineral Breakage |
3 |
T C |
Rao |
1966 |
PhD |
Characteristics of Hydrocyclones and Their Application as Control Units in Comminution Circuits |
4 |
P D |
Bush |
1967 |
PhD |
Breakage in Ball Mills |
5 |
J R |
Braes |
1969 |
MSc |
A Digital Computer Simulation of the Flotation Process and Investigation of Some Possible Control Variables |
6 |
P T |
Isles |
1969 |
MEngSc |
A Mathematical Study of Mixing in Ore Storage Bins |
7 |
D J |
McKee |
1969 |
MEngSc |
An Analogue Computer Simulation of Industrial Flotation |
7 |
D J |
McKee |
1972 |
PhD |
Control of Chalcopyrite Flotation |
8 |
M J |
Lees |
1970 |
MSc |
Comminution Simulation |
8 |
M J |
Lees |
1973 |
PhD |
Dynamic Behaviour of Industrial Grinding Circuit |
9 |
E |
Gallagher |
1972 |
MSc |
Particle Sizing in Mineral Processing |
9 |
E |
Gallagher |
1976 |
PhD |
Optoelectronic Coarse Particle Sizers |
10 |
N W |
Johnson |
1972 |
PhD |
Flotation Behaviour of Some Chalcopyrite Ores |
11 |
G G |
Stanley |
1972 |
ME |
Autogenous Milling Plant Design and a Mathematical Model of an Autogenous Mill |
11 |
G G |
Stanley |
1974 |
PhD |
An Autogenous Mill |
12 |
W J |
Whiten |
1972 |
PhD |
Simulation for Mineral Processing |
13 |
P |
Wickham |
1972 |
MEngSc |
Comminution of Pebbles and Fine Ore |
14 |
R H |
Cuttriss |
1973 |
MEngSc |
Flotation Kinetics |
15 |
G A |
Gault |
1973 |
MSc |
Dynamic Behaviour of a Small Scale Grinding Circuit |
15 |
G A |
Gault |
1975 |
PhD |
Modelling and Control of Autogenous Grinding Circuits |
16 |
D R |
Marlowe |
1973 |
MSc |
A Mathematical Analysis of Hydrocyclone Data |
17 |
S K |
Kawatra |
1974 |
PhD |
On-line Determination of Copper and Lead in Mineral Slurries |
18 |
E V |
Manlapig |
1975 |
MEngSc |
A Digital Computer Model of Flotation |
18 |
E V |
Manlapig |
1977 |
PhD |
The Automatic Control of Chalcopyrite Flotation |
19 |
G C |
Thorne |
1975 |
PhD |
The Flotation Behaviour of Pb-Zn Ores |
20 |
R L |
Wiegel |
1976 |
PhD |
The Development and Use of Mathematical Models in the Computer Simulation of the Magnetite Taconite Concentration Process |
21 |
J S |
Hall |
1977 |
PhD |
Composite Mineral Particles |
22 |
R D |
Morrison |
1977 |
PhD |
High Tension Roll Separation |
23 |
G A |
Duckworth |
1978 |
MEngSc |
Optimisation at a Copper Mine |
23 |
G A |
Duckworth |
1981 |
PhD |
Simulation of Autogenous Mills |
24 |
K R |
Leach |
1978 |
MSc |
A Steady State Model for Coal Flotation |
25 |
K |
Nageswararao |
1978 |
PhD |
Modelling and Scale-up of Industrial Hydrocyclones |
26 |
J F |
Thompson |
1978 |
MSc |
The Separation of the Petrographic Constituents of Coal |
27 |
M E |
White |
1978 |
PhD |
An Investigation of Crushing and Screening |
28 |
R J |
Doherty |
1979 |
MEngSc |
A Study of the Copper Flotation Section of a Concentrator Treating a Complex Sulphide Ore |
29 |
N |
Liyanaarachichi |
1980 |
MSc |
Techniques for Insitu Measurement of Coal Overburden to Improve Fragmentation |
30 |
R W |
Allan |
1981 |
PhD |
Composite Particles in Pb/Zn Flotation |
31 |
T H |
Kleine |
1981 |
MSc |
Flotation Circuit Analysis Using Mass Balance Concepts |
31 |
T H |
Kleine |
1988 |
PhD |
A Mathematical Model of Rock Breakage by Blasting |
32 |
S A |
Mays |
1982 |
MSc |
Cyclones Used in the Coal Industry |
33 |
H |
Askew |
1983 |
PhD |
Simulation and Control of Dense Medium Cyclone Circuits |
34 |
S E A |
Awachie |
1983 |
PhD |
Development of Crusher Models Using Laboratory Data |
35 |
I D |
Cauley |
1983 |
MEngSc |
An Investigation of Tin Loss in the Sulphide Flotation Section of a Lode Tin Concentrator |
36 |
N P |
Cleminson |
1983 |
PhD |
Composite Particles in Complex Sulphide Flotation |
37 |
F W |
Hess |
1983 |
PhD |
Modelling Screens and Related Units |
38 |
A J |
Thornton |
1983 |
MSc |
Cassiterite Losses Treating Sulphide Flotation in a Tin Concentrator |
38 |
A J |
Thornton |
1986 |
PhD |
Adaptive Control of Froth Flotation |
39 |
M G |
Casey |
1984 |
MEngSc |
Automatic Control of Circulating Load in a Flotation Circuit |
40 |
G J |
Lyman |
1984 |
PhD |
On-line Analysis for Ash in Coal and Coal Slurries |
41 |
B A |
O'Brien |
1984 |
MSc |
The Beneficiation of Stuart Oil Shales |
42 |
C A |
Smith |
1984 |
PhD |
Dynamic Simulation of Sulphide Flotation Circuits |
43 |
J |
Turner |
1984 |
MSc |
An Empirical Model to Describe the Mineral Flow in an Inclined Launder |
44 |
D W |
Lauder |
1985 |
MSc |
Circuit Limitations in a Nickel Concentrator |
44 |
D W |
Lauder |
1989 |
PhD |
Flotation Circuit Performance Theory |
45 |
C K |
McKenzie |
1985 |
PhD |
Seismic Rock Condition Evaluation |
46 |
S S |
Narayanan |
1985 |
PhD |
Ball Mill Modelling Using Laboratory Breakage Data |
47 |
T A |
Nicholson |
1985 |
MSc |
A Study of the Role of Turbulence in the Flotation Process |
47 |
T A |
Nicholson |
1996 |
PhD |
Mathematical Modelling of the Ilmenite Reduction Process in Rotary Kilns |
48 |
I A |
Scott |
1985 |
MSc |
Particle Size Effects in Ore Preconcentration Using Dense Medium Cyclones |
48 |
I A |
Scott |
1990 |
PhD |
A Dense Medium Cyclone Model Based on the Pivot Phenomenon |
49 |
D M |
Wiseman |
1985 |
MSc |
A Prototype Process Analyser and Simulator for the Mineral Processing Plant Metallurgist |
50 |
R A |
Alford |
1987 |
MEngSc |
Development of a Flotation Treatment Flowsheet for a Partially Exposed Lead/Zinc Ore |
50 |
R A |
Alford |
1991 |
PhD |
Modelling and Design of Flotation Column Circuits |
51 |
J J |
Dawes |
1987 |
PhD |
A Study of Blast Vibrations |
52 |
W A |
Hutton |
1987 |
MEngSc |
Mathematical Modelling of Drum Scrubbers |
53 |
M E |
Armstrong |
1988 |
MEngSc |
The Measurement of Gas Penetration from an Explosive Charge |
54 |
J J |
Davis |
1988 |
PhD |
A Study of Coal Washing Dense Medium Cyclones |
55 |
J M |
Graham |
1988 |
MEngSc |
Simulation and Control in Coal Preparation |
56 |
D |
Ilievski |
1988 |
ME |
Mathematical Modelling of Coal Washability Curves |
57 |
B M |
King |
1988 |
MEngSc |
Computer Aided Blast Design Evaluation |
58 |
K |
Leung |
1988 |
PhD |
An Energy Based, Ore Specific Model for Autogenous and Semi Autogenous Grinding Mills |
59 |
J D |
Lilly |
1988 |
MSc |
Evaluation of the Effects of Blasting on Slope Stability at the Mt Tom Price Open Pit Mine |
60 |
P J |
Baguley |
1989 |
MEngSc |
Modelling and Simulation of Dense Medium Drum Separators |
61 |
B M |
Bulow |
1989 |
MEngSc |
The Quantitative Assessment of Muckpile Shapes |
62 |
J H |
Heilig |
1989 |
PhD |
The Analysis and Implications of Pyrotechnic Delay - Variability on Rock Blasting |
63 |
T |
Kojovic |
1989 |
PhD |
The Development and Application of Model - an Automated Model Builder for Mineral Processing |
64 |
J S |
Anderson |
1990 |
MEngSc |
Development of a Cone Crusher Model |
65 |
R D |
Evans |
1990 |
MEngSc |
Fragmentation in Blasting |
66 |
B |
Lacouture |
1990 |
MEngSc |
Control of Variable Gap Crushers |
67 |
B B |
Lira |
1990 |
PhD |
The Development and Application of an Energy-Based Ball Mill Simulation and Design Technique |
68 |
S |
Morrell |
1990 |
ME |
Simulation of Bauxite Grinding in a Semi-Autogenous Mill and DSM Screen Circuit |
68 |
S |
Morrell |
1993 |
PhD |
The Prediction of Power Draw in Wet Tumbling Mills |
69 |
N L |
Paley |
1990 |
MEngSc |
Image Based Fragmentation Assessment |
70 |
R X |
Rong |
1990 |
PhD |
Fundamental Studies of the Stratification Mechanism of the Jig |
71 |
R L |
Yang |
1990 |
PhD |
Modelling of Burden Movement and Muckpile Shape in Blasting |
72 |
S |
Akutagawa |
1991 |
PhD |
A Back Analysis Program System for Geomechanics Applications |
73 |
O M |
Castro |
1991 |
MEngSc |
Improved Model for Hydrocyclones |
74 |
G P |
Chitombo |
1991 |
PhD |
Field Measurement of Seismic Pulse Attenuation with Some Mining Applications |
75 |
C F |
Corpuz |
1991 |
ME |
Simulation and Optimization of the Philex Concentrator |
76 |
W M |
Finch |
1991 |
MSc |
Investigation of a Flotation Performance Theory |
77 |
A |
Jonkers |
1991 |
MEngSc |
Computer Control of Jigs |
78 |
C C |
Russell |
1991 |
MEngSc |
Control of Mineral Processing Using Expert Systems |
79 |
E |
Villaescusa |
1991 |
PhD |
A 3-Dimensional Model of Rock Jointing |
80 |
W |
Yu |
1991 |
MEngSc |
Properties of the Kalman Filter and its Application to Flotation |
81 |
W R |
Adamson |
1992 |
PhD |
Application of the Cross Hole Seismic Technique to the Quantitative Assessment of Insitu Rock Structure |
82 |
A D |
Dance |
1992 |
PhD |
Modelling the Electrostatic Separation of Mineral Sands |
83 |
D W |
Ginsberg |
1992 |
PhD |
Cluster Analysis for Mineral Processing Applications |
84 |
P H J |
Grouhel |
1992 |
MSc |
An Explosive Selection Technique for Optimising Blasting at Open Cut Mining Operations |
85 |
M C |
Nott |
1992 |
MEngSc |
The Effects of Atomized Xanthate Conditioning on Sulphide Mineral Flotation |
85 |
M C |
Nott |
1997 |
PhD |
The Effects of Atomised Conditioning of Xanthate and Dixanthogen on Sulphide Mineral Flotation |
86 |
R |
Zhu |
1992 |
MEngSc |
A Study of Dust in Mineral Sands Dry Plants |
86 |
R |
Zhu |
1997 |
PhD |
Measuring the Structures of Fine Coal Filter Cakes Using Image Analysis |
87 |
A W |
Stradling |
1992 |
PhD |
Mathematical Models of Dry High-Density Magnetic Separators |
88 |
R K |
Tuteja |
1992 |
MEngSc |
Mathematical Modelling of Dense Medium Cyclones |
89 |
C J |
Wood |
1992 |
PhD |
A Performance Model for Coal-Washing Dense Medium Cyclones |
90 |
Y |
Zhang |
1992 |
PhD |
Simulation of Comminution and Classification in Cement Manufacture |
91 |
A R |
Cameron |
1993 |
PhD |
Development of Techniques for Evaluating the Performance of Bulk Commercial Explosives |
92 |
W J |
Dawson |
1993 |
MEngSc |
Flotation of Coarse Chalcopyrite |
93 |
H R A |
Exelby |
1993 |
MSc |
A Model of the High Gradient Magnetic Separator Used for Kaolin Beneficiation |
93 |
H R A |
Exelby |
1997 |
PhD |
Aspects of Gold and Mineral Liberation in Gold Processing |
94 |
J H |
Masinja |
1993 |
PhD |
Mathematical Models of Dense Medium Adhesion |
95 |
A S |
Siregar |
1993 |
PhD |
An Investigation of the Washing of Weipa Bauxites |
96 |
P |
Sunpetsiri |
1993 |
MEngSc |
Muckpile Condition: Assessment and Modelling |
97 |
T |
Li |
1993 |
PhD |
Modelling of Blast-Induced Rock Mass Damage |
98 |
M W |
Thomas |
1993 |
MEngSc |
Mine Airblast Measurement, Analysis and Control |
99 |
P A |
Walker |
1993 |
PhD |
An Approach to the Assessment and Modelling of Rock Mass Damage around Underground Excavations |
100 |
R |
Wedmaier |
1993 |
PhD |
An Investigation of Failure Criteria and a Blast Wave Propagation Model for a Description of a Rock Breakage Problem |
101 |
D M |
Weedon |
1993 |
PhD |
A Model of Mineral Liberation in Tumbling Mills |
102 |
D J |
Edward |
1994 |
MEngSc |
A Study of Electrostatic Separation Models and Their Application |
103 |
J P C |
Mutambo |
1994 |
MEngSc |
Further Development of an Autogenous and Semi-Autogenous Mill Model |
104 |
K R P |
Petersen |
1994 |
MSc |
Vortex Chamber Modelling for Hydrocyclone Simulation |
105 |
K S |
Sarma |
1994 |
PhD |
Models for Assessing the Blasting Performance of Explosives |
106 |
J A |
Willis |
1994 |
PhD |
Modelling and Simulation of the Carbon-in-Pulp Gold Recovery Process |
107 |
Y |
Cai |
1995 |
MEngSc |
The Application of a Numerical Back Analysis System "CADAX" to Mining Geomechanics |
108 |
G |
Chapa |
1995 |
MEngSc |
Evaluation of Devices for Ore Breakage Characterisation |
109 |
N M |
Djordjevic |
1995 |
PhD |
A Study of Blast Induced Vibrations |
110 |
M S |
Duffy |
1995 |
MEngSc |
Investigation into the Performance Characteristics of Tower Mills |
111 |
D |
Kowald |
1995 |
MSc |
Automation of Grain Counting in the Mineral Sands Industry |
112 |
M |
Li |
1995 |
PhD |
A Study of Coal Washing Spirals |
113 |
R M |
Selamat |
1995 |
PhD |
A Basic Analysis of Rock Slope Stability Incorporating Blast Vibrations |
114 |
F |
Shi |
1995 |
PhD |
Slurry Rheology and Its Effect on Grinding |
115 |
G P T |
Dzinomwa |
1996 |
PhD |
Dewatering of Fine Coal Using Superabsorbent Polymers |
116 |
S L |
Gay |
1996 |
PhD |
Liberation Mining Using Particle Sections |
117 |
E A |
Isokangas |
1996 |
PhD |
Aspects of Process Control in Mineral Sand Dry Plants |
118 |
L |
Kocis |
1996 |
PhD |
Evaluation of Accuracy in Simulation of Mineral Processing |
119 |
L F |
Tapia-Vergara |
1996 |
MEngSc |
The Use of Structured Light for Particle Discrimination in Size Distribution Assessment |
120 |
M A |
Vera |
1996 |
MEngSc |
The Determination of the Collection Zone Rate Constant and Froth Zone Recovery by Column Flotation |
120 |
M A |
Vera |
2002 |
PhD |
A Touch of Froth: How Bubble-Particle Aggregates Take the Strain |
121 |
C A |
Briggs |
1997 |
PhD |
A Fundamental Model of the Cone Crusher |
122 |
G W |
Elworthy |
1997 |
ME |
Aspects of Froth Flotation With Respect to Zinc Metallurgy |
123 |
R R V |
Rijapurapu |
1997 |
MEngSc |
Evaluation of Control Strategies for an Industrial Grinding Circuit |
124 |
K J |
Stewart |
1997 |
PhD |
An Investigation of Ferrosilicon Corrosion in Dense Medium Plants |
125 |
I K |
Asomah |
1998 |
PhD |
Improved Models of Hydrocyclones |
126 |
B K |
Gorain |
1998 |
PhD |
The Effect of Bubble Surface Area Flux on the Kinetics of Flotation and its Relevance to Scale-Up |
127 |
K K |
Nguyen |
1998 |
PhD |
Flotation Froth Characterisation by Using Vision Technology |
128 |
C G |
Scott |
1998 |
MEngSc |
The Effect of Blasting on the Stability of Underground Excavations in Bedded Strata |
129 |
I S |
Stephenson |
1998 |
PhD |
The Downstream Effects of High Pressure Grinding Rolls Processing |
130 |
W |
Valery |
1998 |
PhD |
A Model for Dynamic and Steady-State Simulation of Autogenous and Semi-Autogenous Mills |
131 |
J |
Xiao |
1998 |
PhD |
Extensions of Model Building Techniques and Their Applications in Mineral Processing |
132 |
I D |
Brunton |
1999 |
MEngSc |
The Effect of Blast Induced Transient Loads on Slope Displacements |
133 |
H |
Delboni |
1999 |
PhD |
A Load-Interactive Model of Autogenous and Semi-Autogenous Mills |
134 |
M E |
Dunglison |
1999 |
PhD |
A General Model of the Dense Medium Cyclone |
135 |
K J |
Golab |
1999 |
PhD |
Experimental Investigation of Fluid Flow on Spiral Separators for Ores and Coal |
136 |
A |
Jankovic |
1999 |
PhD |
Mathematical Modelling of Stirred Mills |
137 |
R |
Kelly |
1999 |
PhD |
Model and Industrial Investigation of the Sputnik Raw Coal Distributor |
138 |
D |
Peel |
1999 |
PhD |
Mixture Model Clustering and Related Topics |
139 |
D C |
Rahal |
1999 |
MEngSc |
The Effects of a Fluorosurfactant in Fine Grinding Using a Stirred Mill |
140 |
J G |
Rayner |
1999 |
PhD |
The Development of Process Models of the Wet Drum Magnetic Separator |
141 |
O N |
Savassi |
1999 |
PhD |
Direct Estimation of the Degree of Entrainment and the Froth Recovery of Attached Particles in Industrial Flotation Cells |
142 |
L A |
Tondo |
1999 |
MEngSc |
Phenomenological Modelling of Size Reduction Performed by a High Pressure Roll Mill |
143 |
M |
Wilmot |
1999 |
MEngSc |
Application of Automatic Control to High Tension Roll Separation |
144 |
D D |
Zhang |
1999 |
PhD |
Simulation Techniques for Discrete Element Models |
145 |
J M |
Keith |
2000 |
PhD |
A Stereological Correction for Multiphase Particles |
146 |
Y |
Kolatschek |
2000 |
MEngSc |
Modelling the Drop Shatter Process Using Lithotype Description and Single Particle Breakage Results |
147 |
Y T |
Man |
2000 |
PhD |
A Model-Based Scale-Up Procedure for Wet, Overflow Ball Mills |
148 |
L S |
Pangum |
2000 |
PhD |
Process Mineralogical Response of Fluorine Bearing Minerals in OK Tedi Ores |
149 |
V H |
Tran |
2000 |
PhD |
Improved Calibration Techniques for Nuclear Analyzers |
150 |
J R |
Warder |
2000 |
MSc |
The Characteristics of Nickel Flotation at WMC's Leinster Nickel Concentrator |
151 |
P |
Bojcic |
2001 |
PhD |
Development of a Model for Predicting Thickener Rake Torque |
152 |
N J |
Harries |
2001 |
PhD |
Rock Mass Characterisation for Cave Mine Engineering |
153 |
S C |
Lymbery |
2001 |
PhD |
Hydrodynamic Extension of Radial Fractures by Explosive Gas Loading |
154 |
N |
Zhang |
2001 |
MEngSc |
Determination of Mineral Composition from Elemental Assays |
155 |
W S |
Ashari |
2002 |
MEngSc |
The Form Generating Controller as an Alternative Control Technique |
156 |
G A |
Banini |
2002 |
PhD |
An Integrated Description of Rock Breakage in Comminution Machines |
157 |
S R |
Latchireddi |
2002 |
PhD |
Modelling of the Performance of Grates and Pulp Lifters in Autogenous and Semi-Autogenous Mills |
158 |
C A |
Mawdesley |
2002 |
PhD |
Predicting Rock Mass Cavability in Block Caving Mines |
159 |
V S |
Subramanian |
2002 |
PhD |
Measuring Medium Segregation in the Dense Medium Cyclone Using Gamma-Ray Tomography |
160 |
M J |
Daniel |
2003 |
MEngSc |
HPGR Model Verification and Scale-Up |
160 |
M J |
Daniel |
2007 |
PhD |
Energy Efficient Mineral Liberation Using HPGR Technology |
161 |
B A |
Eadie |
2003 |
PhD |
A Framework for Modelling Fragmentation in Block Caving |
162 |
A K |
Majumder |
2003 |
PhD |
Modelling of Flowing Film Concentrators |
163 |
M M L |
Ng |
2003 |
PhD |
Electrical Characterisation of Titanium Minerals |
164 |
S |
Tello |
2003 |
MEngSc |
Modelling the Effect of Mill Length on the Relationship between Slurry Hold-Up and Flowrate |
165 |
R K |
Wattimena |
2003 |
PhD |
Designing Undercut and Production Level Drifts of Block Caving Mines |
166 |
M |
Ziemski |
2003 |
PhD |
Modelling HTR Separation |
167 |
G |
Cavanough |
2004 |
PhD |
Measurement of Magnetic Susceptibility in Titanium Minerals Processing |
168 |
M |
Dou |
2004 |
PhD |
Automatic Mineral Identification Using BSE and EDS Signals from an SEM |
169 |
S |
Esen |
2004 |
PhD |
A Non-Ideal Detonation Model for Commercial Explosives |
170 |
S F B S |
Hashim |
2004 |
PhD |
Mathematical Modelling the Two-Compartment Mill and Classification |
171 |
D P |
Obeng |
2004 |
PhD |
The Three-Product Cyclone—Separation Performance, Potential Applications and Modelling |
172 |
G R |
Power |
2004 |
PhD |
Modelling Granular Flow in Caving Mines: Large Scale Physical Modelling and Full Scale Experiments |
173 |
K |
Rich |
2004 |
MSc |
Optimising Cone Crusher Performance |
174 |
S M |
Vianna |
2004 |
PhD |
The Effect of Particle Size, Collector Coverage and Liberation on the Floatability of Galena Particles in an Ore |
175 |
M A |
Callan |
2005 |
PhD |
Fitness for Purpose of Longwall Powered Supports |
176 |
G E |
Flores |
2005 |
PhD |
Rock Mass Response to the Transition from Open Pit to Underground Cave Mining |
177 |
A R |
Guest |
2005 |
PhD |
The Dynamic Breakage of Kimberlite in the Near Field |
178 |
P D |
Hapugoda |
2005 |
MPhil |
Rapid Measurement of Heavy Mineral Content in Wet-Plant Streams |
179 |
Z |
Krco |
2005 |
MPhil |
Interaction between Mine and Plant in Coal Processing |
180 |
I A |
Onderra |
2005 |
PhD |
A Fragmentation Model for Underground Production Blasting |
181 |
P C |
Stewart |
2005 |
PhD |
Minimising Dilution in Narrow-Vein Mines |
182 |
R G |
Coleman |
2006 |
PhD |
Using the Floatability Characterisation Test Rig for Industrial Flotation Plant Design |
183 |
A E |
Halim |
2006 |
PhD |
Study of the Influence of Interactive Draw upon Drawpoint Spacing in Block and Sublevel Caving Mines |
184 |
J |
Hall |
2006 |
MPhil |
Evaluation of Blast Fragmentation Models for Mine to Mill Applications |
185 |
A D |
Latti |
2006 |
PhD |
The Textural Effects of Multiphase Mineral Systems in Liberation Measurement |
186 |
S P |
Michaux |
2006 |
PhD |
Analysis of Fines Generation in Blasting |
187 |
E |
Sanwani |
2006 |
PhD |
Measurement and Modelling of Gas Dispersion Characteristics in a Mechanical Flotation Cell |
188 |
D R |
Seaman |
2006 |
PhD |
Selective Transport of Attached Particles across the Froth Phase |
189 |
D J |
Alexander |
2007 |
PhD |
Froth Recovery Measurements in Large Industrial Flotation Cells |
190 |
R L |
Castro |
2007 |
PhD |
Study of the Mechanisms of Gravity Flow for Block Caving |
191 |
R A |
Hawkins |
2007 |
MPhil |
A Piston & Die Test to Predict Laboratory-Scale HPGR Performance |
192 |
M H |
Hilden |
2007 |
PhD |
A Dimensional Analysis Approach to the Scale-Up and Modelling of Industrial Screens |
193 |
H W |
Xu |
2007 |
PhD |
A Methodology for Developing an Extensible Mineral Information Model |
194 |
W M |
Jansen |
2008 |
PhD |
A Strategic Approach to Mine-Mill Reconciliation |
195 |
A J |
Power |
2008 |
MEngSc |
Investigation of K-SB Flotation Model in Fine Coal Flotation |
196 |
M |
Cakici |
2009 |
MPhil |
Characterisation of Samples of Ore Particles Using X-Ray Micro-Tomography |
197 |
G J |
Leigh |
2009 |
PhD |
Multi-Scale Image Analysis for Process Mineralogy |
198 |
J L |
Reyes-Bahena |
2009 |
PhD |
The Effect of Regrinding on Flotation Performance |
199 |
K C |
Runge |
2009 |
PhD |
Modelling of ore Floatability in Industrial Flotation Circuits |
200 |
X |
Zheng |
2009 |
PhD |
Modelling of Froth Transportation in Industrial Flotation Cells |
201 |
S |
Larbi-Bram |
2010 |
PhD |
Ore Breakage Characterisation for AG/SAG Mill Modelling |
202 |
S D D |
Welsby |
2010 |
PhD |
On the Interpretation of Floatability Using the Bubble Load |
203 |
N |
Mangadoddy |
2010 |
PhD |
Improved Computational and Empirical Models of Hydrocyclones |
204 |
Z |
Pokrajcic |
2010 |
PhD |
A Methodology for the Design of Energy Efficient Comminution Circuits |
205 |
R L |
Pascual |
2010 |
PhD |
Determination of Flotation Model Parameters |
206 |
L M |
Keeney |
2010 |
PhD |
The Development of a Novel Method for Integrating Geometallurgical Mapping & Orebody Modelling |
207 |
T G |
Vizcarra |
2011 |
PhD |
The Effect of Comminution Mechanism on Particle Properties: Consequences for Downstream Flotation Performance |
208 |
M A |
Min |
2011 |
PhD |
Measuring the Floatability of Sulphide Minerals & Ores: The Captive Bubble Attachment Times of Galena, Sphalerite & Cannington Lead-Zinc Ore Particles Floating at Different Rates |
209 |
C L |
Evans |
2011 |
PhD |
Development of a Methodology to Estimate Flotation Separability from Ore Microtexture |
210 |
F |
Musa |
2011 |
PhD |
Development of Methods to Assess the Efficiency of Comminution Devices and Operations |
211 |
C J |
Vanegas |
2011 |
PhD |
Development of a Novel Froth Acoustic Emissions Sensor |
212 |
R J |
Hocking |
2011 |
PhD |
An Examination of Single Particle Rock Breakage Using an Instrumented Load Cell, Acoustic Measurement and X-Ray Tomography |
213 |
P |
Botman |
2011 |
MPhil |
Evaluation of Foliar Eucalyptus Oils as Coal Flotation Reagents |
214 |
C |
Ozer |
2011 |
PhD |
A New Multi-Component Model for the Vertical Spindle Mill |
215 |
G |
Sheridan |
2011 |
MPhil |
Magnetic Field Based Non-Contact Measurement of the Concentration of Magnetite in Slurry |
216 |
R |
Varadi |
2011 |
PhD |
Laboratory Methods for Characterising the Floatability of Ore |
217 |
R |
Tabatabaei |
2012 |
PhD |
The Causes for the Poor Flotation Performance of a Double-Refractory Gold Ore |
218 |
R |
Hartner |
2012 |
PhD |
Integration and Analysis of Optical and MLA-Based Microscopy for Optimisation of Geometallurgical Modelling and Ore Deposit Characterisation |
219 |
N |
Danoucaras |
2012 |
PhD |
Property-Based Modelling at Fixed Chemistry: The Use of a Back-Calculated Induction Time for Predicting Recoveries in Flotation |
220 |
T |
Pham |
2012 |
PhD |
Modelling of Breakage Phenomena in Rocks |
221 |
V |
Rizmanoski |
2012 |
PhD |
The Effect of Microwave Heating on Ore Sorting |
222 |
V |
Jokovic |
2012 |
PhD |
Microwave Processing of Minerals |
223 |
G |
Ballantyne |
2012 |
PhD |
Application of Dielectrophoresis to Mineral Processing |
224 |
E |
Wang |
2012 |
PhD |
Use of High Voltage Pulse Technology to Investigate the Mechanism of Mineral Breakage and Selective Liberation |
225 |
E |
Tabosa |
2012 |
PhD |
The Effect of Cell Hydrodynamics on Flotation Kinetics |
226 |
B |
Comley |
2013 |
PhD |
The Trials of Frother Evaluation for Industrial Scale Use |
227 |
M |
Larson |
2013 |
MPhil |
Experimental Study of IsaMill Performance Leading to a Preliminary Model |
228 |
E |
Amini |
2013 |
PhD |
Influence of Flotation Cell Hydrodynamics on the Flotation Kinetics and Scale up of Flotation Recovery |
229 |
A M |
Rojo |
2013 |
MPhil |
Effect of Ore Blends on Flotation of Copper and Molybdenum in Porphyry Ores |
230 |
G |
Sandoval |
2013 |
PhD |
Development of a Novel Strategy to Estimate Flotation Recovery as a Function of Particle Size and Mineral Liberation |
231 |
M |
Bueno |
2013 |
PhD |
Development of a Multi-Component Model Structure for Autogenous and Semi-Autogenous Mills |
232 |
R |
Chandramohan |
2013 |
PhD |
Effect of Rock Shapes in Comminution |
233 |
G L |
Genn |
2013 |
PhD |
Novel Techniques in Ore Characterisation and Sorting |
234 |
C E |
Carrasco |
2013 |
MPhil |
Development of geometallurgical tests to identify, rank and predict preferential coarse size by size Au deportment to support feed preconcentration at Telfer Au-Cu mine, Newcrest Western Australia |
234 |
C |
Carrasco |
2017 |
PhD |
Integrated assessment to quantify size based grade engineering operating strategies and economc impacts |
235 |
B |
Toor |
2014 |
MPhil |
Quantifying the influence of liner wear on SAG mill performance |
236 |
G |
Long |
2014 |
MPhil |
Production of low arsenic copper concentrate from a VMS ore |
237 |
A |
Rodrigues |
2014 |
MPhil |
Grinding of itabirite iron ore in auogenous and semi-autogenous mills |
238 |
B |
Newcombe |
2014 |
PhD |
Characterising and predicting the performance of an industrial flash flotation cell |
239 |
F |
Burns |
2014 |
MPhil |
Development of a regrind-flotation pre-treatment methodology for the carbon-in-leach circuit of a copper-gold processing plant |
240 |
C |
Akop |
2014 |
MPhil |
Developing a bulk circuit suitable for chacopyrite-pyrite ores with elevated pyrite content in copper-gold ore treatment |
241 |
M |
Chauhan |
2014 |
PhD |
Investigation of a mineral flotation separability test for ore characterisation in geometallurgy |
242 |
S |
Bajic |
2015 |
PhD |
Characterisation of the liberation kernel |
243 |
X |
Chen |
2015 |
PhD |
The effect of regrinding chemistry and particle breakage mechanisms on subsequent cleaner flotation |
244 |
C |
Masuret |
2015 |
MPhil |
Developing an abrasion characterisation test for measuring superficial breakage in comminution |
245 |
D |
Mitchell |
2015 |
MPhil |
Improved relationships for discharge in SAG/AG mills |
246 |
W |
Zuo |
2015 |
PhD |
A study of the application and modelling of high voltage pulse comminution for mineral ores |
247 |
N |
Cruz |
2016 |
PhD |
Interactions of clay minerals and their effects on copper-gold flotation |
248 |
N |
Vijayakumar |
2016 |
MPhil |
Development of an AG/SAG mill batch test methodology |
249 |
E |
Louwrens |
2016 |
PhD |
A Novel geometallurgical approach to tailings storage facility characterisation and evaluation |
250 |
J |
Quinteros Riquelme |
2016 |
PhD |
Improved process development for complex silver ores through systematic advanced mineral characterisation |
251 |
T |
Parker |
2016 |
MPhil |
The effects of high voltage pulse treatment on ore characteristics and separation performance of a porphyry copper ore |
252 |
A |
Collins |
2016 |
PhD |
Classification of multi-component feeds in a hydrocyclone |
253 |
Md M |
Hasan |
2016 |
PhD |
Process modelling of gravity induced stirred mills |
254 |
D |
Tungpalan |
2016 |
PhD |
Investigating textural drivers for separation performance in a variable and complex ore body |
255 |
J |
Meng |
2016 |
PhD |
Measurement and prediction of turbulence in flotation cells |
256 |
R |
Mariano |
2016 |
PhD |
Measurement and modelling of the liberation and distribution of minerals in a comminuted ore |
257 |
C |
Li |
2016 |
PhD |
An investigation of flotation froth rheology |
258 |
B |
Yildirim |
2016 |
PhD |
Development of a correlation between mineralogy, rock strength measures and breakage of copper porphyries |
259 |
F |
Vos |
2016 |
PhD |
The effects of mineral grain textures at particle surfaces on flotation response |
260 |
G |
Wilkie |
2016 |
PhD |
Rapid assessment of the sorting potential of copper porphyry ores through modelling of textures and grade distributions |
261 |
L |
Wang |
2016 |
PhD |
Entrainment of fine particles in froth flotation |
262 |
F |
Saeidi |
2016 |
PhD |
New approach to characterising a breakage event as a multi-stage process |
263 |
V |
Resabal |
2016 |
PhD |
Investigation of the breakage mechanism in high speed disk-type impeller stirred mill and its influence on the mineral liberation |
264 |
J |
John |
2017 |
PhD |
Differential oxidation of iron sulphides to modify the Au:S ratio in the flotation concentrate product at Lihir |
265 |
R |
Muhammad Abdur |
2017 |
Mphil |
Investigation of semi inverted hydrocyclone model with novel design |
266 |
Y |
Reja |
2017 |
Mphil |
Development of a standard methodology for energy efficiency measurement in comminution processes |
267 |
P |
Yu |
2017 |
PhD |
A generic dynamic model structure for tumbling mills |
268 |
M |
Tayebi-Khorami |
2017 |
PhD |
Selective flotation of enargite from copper sulphides in complex ore systems |
269 |
N |
Scott |
2017 |
PhD |
Dynamic analysis of dense medium circuits |
270 | B | Foggiatto | 2017 | PhD | Modelling and simulation approaches for exploiting multi component characteristics of ores in mineral processing circuits |
271 | B S | Katagiri - Buentello | 2017 | MPhil | The application of a three-dimensional mechanistic model in understanding blast movement in open cut mines |
272 | J S | Thella | 2018 | PhD | The influence of mineralogy and surface chemistry on flotation of Cortez complex carbonaceous double refractory gold ore |
273 | W | Huang | 2019 | PhD | Selective breakage of mineralised particles by high voltage pulses. |
274 | E | Avelar | 2020 | PhD | Influence of Muscovite Content on the Flotation of Pyrite and Arsenopyrite. |
275 | J | Frausto Gonzalez | 2020 | PhD | The impact of classification efficiency on comminution performance and flotation recovery. |
276 | F | Faramarzi | 2020 | PhD | The Measurement of Variability in Ore Competence and its Impact on Process Performance. |
277 | P | Legge | 2020 | MPhil | Rheological properties of Lihir ore |
278 | P | Lois Morales | 2020 | PhD | Development of a geometallurgical approach for comminution using primary breakage properties of ores |
279 | R | Antunes Ferreira Lage | 2020 | MPhil | Enhancing Grade Engineering through multiple and high-speed collisions |
280 | B | Agbenuvor | 2020 | MPhil | Investigation into Multi-Stage Impact Breakage |
281 | G | Figueroa | 2020 | PhD | Investigation of the effects of turbulence in flotation |
282 | C | Paredes Bujes | 2020 | PhD | Measure-While-Drilling for Ore Characterisation: Links between drilling and comminution properties of rocks |
283 | A | Septian | 2021 | MPhil | Promoting Selective Breakage Using Various Forms of Abrasion Techniques |
284 | D | Tesh | 2021 | MPhil | Liberation of different pyrite types in refractory gold ores |