The SAIMM is a professional institute with local and international links aimed at assisting members source information about technological developments in the mining, metallurgical and related sectors.
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Errata, Retractions and Withdrawals

The SAIMM Journal publishes errata and retractions in the Journal as, and when, they are received.
We do not permit the withdrawal of papers once the papers are published.
Authors may withdraw their papers at any stage of the reviewing process, before publication.

Award Papers

Gold Medals
Gold medals are awarded for papers that are of a world-class standard, and judged to be publications that will become key references in their mining or metallurgical field in the future.

Silver Medals
Silver medals are awarded for papers that make a major contribution to the professions of mining and metallurgy and to the prestige of the Institute.

These Awards are presented at the Annual General Meeting.

Medal Name of Paper Author
Silver Medal 2017/2018 Calibration of a numerical model for bore-and-fill mining D Roberts
Silver Medal 2017/2018 Uranium recovery from high-chloride sulphate leach solutions: A cost trade-off study of using treated water vs saline water as make-up water EL Forner, SJ Archer, VE Coetzee, K Soldenhoff, J Quinn
Gold Medal 2016/2017 Pioneering large diamond recovery at Karowe diamond mine LM van Niekerk, A Olivier, J Armstrong, NA Sikwa
Gold Medal 2016/2017 Fracture banding in caving mines D Cumming-Potvin, J Wesseloo, SW Jacobsz, E Kearsley
Silver Medal 2016/2017 Implications of collecting additional data for slope design in an open pit operation M-H Fillion, J Hadjigeorgiou
Silver Medal 2016/2017 A review of rock cutting for underground mining: past, present, and future D Vogt
Silver Medal 2016/2017 Review of coal pillar lifespan prediction for the Witbank and Highveld coal seams JN van der Merwe
Silver Medal 2016/2017 A version of Gy’s equation for gold-bearing ores RCA Minnitt
Silver Medal 2016/2017 The tap-hole key to furnace performance LR Nelson, RJ Hundermark
Silver Medal 2016/2017 Review, evolution and optimization of the treatment of Kansanshi mixed copper ore C Ngulube, C Chongo, FX Paquot
Gold Medal 2015/2016 An economic risk evaluation approach for pit slope optimization LF Contreras
Gold Medal 2015/2016 Sonic injection into a PGM Peirce-Smith converter: CFD modelling and industrial trials DK Chibwe, G Akdogan, GA Bezuidenhout, JPT Kapusta, S Bradshaw, JJ Eksteen
Gold Medal 2015/2016 Modelling of fluid flow phenomena in Peirce-Smith copper converters and analysis of combined blowing concept DK Chibwe, G Akdogan, P Taskinen, JJ Eksteen
Silver Medal 2015/2016 Stochastic simulation for budget prediction for large surface mines in the South African mining industry J. Hager, VSS Yadavalli, R Webber-Youngman
Silver Medal 2015/2016 Determination of mineral matter and elemental composition of individual macerals in coals from Highveld mines RH Matjie, Z Li, CR Ward, JR Bunt, CA Strydom
Silver Medal 2015/2016 Interaction of dust with the DC plasma arc - a computational modelling investigation QG Reynolds
Silver Medal 2015/2016 Chemical wear analysis of a tap-hole on a SiMn production furnace JD Steenkamp, PC Pistorius, M Tangstad
Silver Medal 2015/2016 Insights into the potential for reduced refractory wear in silicomanganese smelters JD Steenkamp, PC Pistorius, J Muller
Silver Medal 2014/2015 Evaluation of the spatial variation of bvalue J Wesseloo
Silver Medal 2014/2015 Extending empirical evidence through numerical modelling in rock engineering design GS Esterhuizen
Silver Medal 2014/2015 Evaluation of different adsorbents for copper removal from cobalt electrolyte V Yahorava, M Kotze, D Auerswald
Gold Medal 2013/2014 Metal accounting and corporate governance PG Gaylard, NG Randolph, CMG Wortley
Gold Medal 2013/2014 Metal accounting in the platinum industry: How effective is it? PG Gaylard, NG Randolph, CMG Wortley
Silver Medal 2013/2014 Pre-mining stress model for subsurface excavations in southern Africa MF Handley
Silver Medal 2013/2014 The allocation of gold production from multiple shafts feeding a common treatment plant using run-of-mine sampling of ore deliveries HE Bartlett, L Korff, RCA Minnitt
Silver Medal 2012/2013 Simulation of time-dependent crush pillar behaviour in tabular platinum mines JAL Napier,DF Malan
Silver Medal 2012/2013 The dual-electrode DC arc furnace - modelling brush arc conditions QG Reynolds
Gold Medal 2011/2012 A risk evaluation model for support design in Bushveld Complex underground mines: Part I WC Joughin, A Jager, E Nezomba, L Rwodzi
Gold Medal 2011/2012 A risk evaluation model for support design in Bushveld Complex underground mines:Part II WC Joughin, A Jager, E Nezomba, L Rwodzi
Silver Medal 2011/2012 Numerical computation of average pillar stress and implications for pillar design JAL Napier, DF Malan
Silver Medal 2010/2011 A comparison of limit equilibrium and numerical modelling approaches to risk analysis for open pit mining HT Chiwaye, TR Stacey
Silver Medal 2010/2011 Design of Merensky Reef crush pillars BP Watson, JS Kuijpers, TR Stacey
Gold Medal 2009/2010 A heat transfer model for high titania slag blocks H Kotz
Silver Medal 2009/2010 A Mintek perspective of the past 25 years in minerals bioleaching M Gericke, JW Neale, PJ van Staden

Guidelines for a Literature Review in a Scientific or Technical Paper

Every scientific or technical paper should contain a literature review, since a literature review makes a positive contribution to the solution of the problem. As part of the paper, written to communicate the solution of the problem, a literature review provides the researchers with guidelines for the research, while at the same time it lends credibility to the work done.

There are at least twelve good reasons - and probably many more - why a literature review should appear in a scientific or technical paper:

  1. To communicate what has been done and what has not been done in the field of interest;
  2. If the work has been done, how it was done, and the validity of the outcomes of the work;
  3. If the work has never been done, the reasons why it has never been done (e.g. impossible, lack of funding, undeveloped technologies, etc.);
  4. The literature review expands and hones the researcher’s knowledge and understanding of the field in which the research is to be done;
  5. The literature review can be used to plan the research, focus it, and determine which research methods will be viable, and which unviable;
  6. Writing up the literature survey gives the researcher an opportunity to organise his/her thoughts about the research, and including it in the final paper helps the reader to understand why the research was undertaken;
  7. The literature review can be used to convey to the reader exactly what is to be undertaken in the project, with its findings providing the appropriate justifications and framework for the planned research;
  8. A good literature review will add authoritative backing to the research;
  9. Without guidelines provided by the literature review, researchers may drift toward preconceived conclusions;
  10. A literature review will help to dispel preconceived ideas and perceptions, widely held opinions, or myths;
  11. A literature review will often provide case studies that can be used to either guide or support findings;
  12. The literature survey indicates to the reader that the author or authors are well informed on the research topic, which will lend credence to their research and conclusions.

Every literature review should contain some or all of the following, not necessarily in the order given here:

  1. Problem identification;
  2. Broad description of papers or work that has been done on this or similar problems. This is an introductory “survey of the scene as a whole”, to help the reader understand exactly what the author or authors are aiming to do, and it should only be written once the literature review is almost complete;
  3. Specific references to relevant papers and comment on their contents that proved to be of assistance to the research;
  4. Collation of all ideas expressed by the authors of the selected papers considered to be relevant to the problem;
  5. Selection of idea/methodology that shows the greatest potential to help resolve the problem;
  6. If a method exists, then the framework for solving the problem at hand is automatically outlined, and should be set out in some detail in the literature review with appropriate references to the research work in which the methodology had been previously employed;
  7. If no method exists, then select, giving reasons, one or more methodologies that may be applicable to the problem, and then use these to develop a framework for the proposed project;
  8. Conclude with a brief description of the project design and methodology derived from the literature review.

Although not the purpose of a literature review, it can be critical of work that has already been done and communicated, and it can be used to identify and discuss areas of controversy. In summary, the ultimate goal of a literature review is to identify areas that need further research.

 

Licence statement

The work contained in this Journal, except where otherwise noted, is licensed under a Creative Commons Attribution (CC BY) License.

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