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Department of Mechanical Engineering (ME)

Dr. Mustafizur Rahman

Distinguished Professor, Department of Mechanical Engineering (ME)

Academic Qualifications 

  • Doctor of Engineering (1979)
    Tokyo Institute of Technology
  • Master of  Engineering (1976) 
    Tokyo Institute of Technology
  • Bachelor of Engineerig (1969) 
    Bangladesh University of Engineering & Technology.

 

Professional and Academic Experience

1970 – 1972: Assistant Production Engineer, Bangladesh Machine Tools Factory
1979 – 1982: Planning Engineer, Makino Milling Machine Co, Japan.
1982 – 1985: Lecturer, National University of Singapore
1985 – 1995: Senior Lecturer, National University of Singapore
1995 – 2004: Associate Professor, National University of Singapore
2004 – 2024: Professor, National University of Singapor

 

Professional qualifications

  •  Professional Engineer (Singapore), 1987.
  •  Chartered Engineer (IMechE., UK), 1986.

 

Service in Professional Society

  • Regional Editor (for Asia): Int. J. of Mechatronics and Manufacturing Systems, UK
  • Editorial Board Member, Journal of Engineering Design, UK
  • Editorial Board Member, Journal of Machine Engineering, Poland
  • Editorial Board Member, Journal of Manufacturing Technology, India
  • Editorial Board Member, International Journal of Automation Technology, Japan
  • Editorial Board Member, International Journal of Precision Engineering, USA
  • Editorial Board Member, International Journal of Manufacturing Science and Technology, France
  • Editorial Board Member, International Journal of Materials Processing Science and Technology, China
  • Editorial Board Member, International Journal of Precision Technology, UK
  • Editorial Board Member, International Journal of Precision Engineering and Micro Systems Design, KSA
    Visiting Professorships
  • Visiting Guest Professor, Tokyo Institute of Technology, Tokyo, Japan, December 1989 – July 1990
  • Distinguished Visiting Professor, Mechanical Engineering Dept., Changsha National University, China, June 2011
  • Visiting Professor, Mechanical Engineering Dept., Tokyo University of Agriculture and Engineering, Tokyo, Japan, June 2003
  • Visiting Professor, Department of Manufacturing Engineering, University of Malay, Kuala Lumpur, Malaysia, May 2009 – April 2010.
  • Consultant, United National Development Programme. 2002-2005

 

Patents

  1. Development of an AlGas sensor for detection of contact pressure
  2. Miniature machine tool for micro machining
  3.  A Hybrid Turning-EDM Process for On-Machine Fabrication of Ultra Sharp Tool and Machining High Aspect-Ratio Micro-Feature.

 

Publications

  1. NEO, W K, A Senthil kumar and M Rahman, “An Automated Guilloche Machining Technique for the Fabrication of Polygonal Fresnel Lens Array”.  Precision Engineering ‑ Journal of the International Societies for Precision Engineering and Nanotechnology, 41  (2015): 55‑62
  2. HUANG, R, X.Q Zhang, M Rahman, A Senthil kumar and Kui Liu, “Ultraprecision machining of radial Fresnel lens on roller moulds”. CIRP Annals‑Manufacturing Technology,  (2015).
  3. CHAUDHARI, A, M SANKARANARAYANASAMY, A Senthil kumar*, M Rahman and K.S Woon, “The Effect of Pilot Hole Geometry on Tool Wear in Single‑Lip Deep Hole Drilling of      Ni‑based Alloy”. SME Manufacturing Engineering Transactions and NAMRC 10,  (2015).
  4. NEO, W K, A Senthil kumar and M Rahman, “A novel surface analytical model for cutting linearization error in fast tool/slow slide servo diamond turning”. Precision Engineering ‑ Journal of the International Societies for Precision Engineering and Nanotechnology,  38, no. 4  (2014).
  5. Zhang, X.Q, K Liu, A Senthil kumar and M Rahman, “A study of the diamond tool wear suppression mechanism in vibration‑assisted machining of steel”. Journal of Materials Processing Technology,  214, no. 2  (2014): 496‑506.
  6. Woon, K S, M Rahman, A CHAUDHARI and A Senthil kumar, “The Effects of Tool Degradation on Hole Straightness in Deep Hole Gundrilling of Inconel‑718”. CIRP Proceedings ‑ Manufacturing Systems,  (2014).
  7. ZHANG, X, A Senthil kumar, M Rahman and Kui Liu Kui Liu, “Modeling of the effect of tool edge radius on surface generation in elliptical vibration cutting”. International Journal of Advanced Manufacturing Technology, (2013): 1‑8.
  8. ZHANG, X, M ARIF, Kui Liu Kui Liu, A Senthil kumar and M Rahman, “A model to predict the critical undeformed chip thickness in vibration‑assisted machining of brittle materials”. International Journal of Machine Tools & Manufacture,  (2013).
  9. NEO, W K, A Senthil kumar and M Rahman, “A novel method for layered tool path generation in the fast tool servo diamond turning of noncircular microstructural surfaces”.  Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture,  227, no. 2  (2013): 210‑219
  10. Woon, K S, M Rahman, A CHAUDHARI and A Senthil kumar, “The Effects of Tool Degradation on Hole Straightness in Deep Hole Gundrilling of Inconel‑718”. CIRP Proceedings ‑ Manufacturing Systems,  (2014).
  11. ARIF, M, M Rahman, Y S Wong and A Senthil kumar, “An empirical study on the characterization of machined surface integrity by chip morphology in dry end‑milling of Titanium alloy”.
  12. Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture, (2013).
  13. NGUYEN, M D, Y S Wong and M Rahman, “Transitions of micro‑EDM/SEDCM/micro‑ECM milling in low‑resistivity deionized water”. International Journal of Machine Tools & Manufacture,  (2013).
  14. Yu*, DP, SW Gan, G S Hong, Y S Wong, M Rahman and J Yao, “Optimized tool path generation for fast tool servo diamond turning of micro‑structured surfaces”. International Journal of Advanced Manufacturing Technology,  63, no. 9‑12  (2012): 1137‑1152.
  15. ARIF, M, M Rahman and Y S Wong, “A Study on the effect of tool‑edge radius on critical machining characteristics in ultra‑precision milling of tungsten carbide”. International Journal of Advanced Manufacturing Technology,  (2012): 1‑9.
  16. ASMA, P, Y S Wong and M Rahman, “Characterization and online monitoring of wear behaviour of on machine fabricated PCD micro‑tool while vertical micro‑grinding of BK7 glass Vol. 4, No.4 304 ‑ 324.”.  International Journal of Abrasive Technology,  4, no. 4  (2012): 304‑324.  (Others).
  17. ASMA, P, Y S Wong and M Rahman, “Fabrication of different geometry cutting tools and their effect on the vertical micro grinding of BK7 glass”.  International Journal of Advanced Manufacturing Technology,  (2012): 1‑15.
  18. ZHANG, X, A Senthil kumar, M Rahman, N Chandra and K Liu, “An analytical force model for orthogonal elliptical vibration cutting technique”. Journal of Manufacturing Processes (SME),  14, no. 3  (2012).
  19. NGUYEN, M D, M Rahman and Y S Wong, “Enhanced surface integrity and dimensional accuracy by simultaneous micro‑ED/EC milling”. CIRP Annals‑Manufacturing Technology,  61  (2012).
  20. Woon, K S, M Rahman and K Liu, “A non‑dimensional analysis of tool edge radius effect on the mechanics of micromachining”. Advanced Materials Research,  565  (2012): 576‑581.
  21. NGUYEN, M D, M Rahman and Y S Wong, “Simultaneous micro‑EDM and micro‑ECM in low‑resistivity deionized water”. International Journal of Machine Tools & Manufacture, 55/56  (2012): 55‑65.
  22. ASMA, P, P J MUHAMMAD, M Rahman and Y S Wong, “A study on micro grinding of brittle and difficult‑to‑cut glasses using on‑machine fabricated poly crystalline diamond (PCD) tool”. Journal of Materials Processing Technology,  212  (2012): 580‑593.
  23. ARIF, M, M Rahman and Y S Wong, “A state‑of‑the‑art review of ductile cutting of silicon wafers for semiconductor and microelectronics industries”. International Journal of Advanced Manufacturing Technology, part. 10.1007/s00170‑012‑3937‑2  (2012).
  24. Sun*, J, Y S Wong, G S Hong and M Rahman, “Feature analysis in tool condition monitoring: A case study in titanium machining”. International Journal of Computer Applications in Technology,  45, no. 2‑3  (2012): 177‑185.
  25. Lim, C.S, MH Hong, A Senthil kumar, M Rahman and T C Chong, “Study of field intensity distribution of laser beam propagating through a micro‑lens array”. Applied Physics A‑Materials Science & Processing, 107, no. 1  (2012): 149‑153.
  26. MUHAMMAD, P J, M Rahman and Y S Wong, “EXPERIMENTAL INVESTIGATIONS INTO THE INFLUENCE OF MAJOR OPERATING PARAMETERS DURING MICRO‑ELECTRODISCHARGE DRILLING OF CEMENTED CARBIDE”. Machining Science and Technology,  16, no. 1  (2012): 131‑156.
  27. ARIF, M, M Rahman and Y S Wong, “An experimental investigation into micro ball end‑milling of silicon”. Journal of Manufacturing Processes (SME),  14, no. 1  (2012): 52‑61.
  28. Wong, Y S, P J MUHAMMAD and M Rahman, “EXPERIMENTAL INVESTIGATIONS INTO THE INFLUENCE OF MAJOR OPERATING PARAMETERS DURING MICRO‑ELECTRODISCHARGE DRILLING OF CEMENTED CARBIDE,”. Machining Science and Technology,  16, no. 1  (2012): 131‑156.
  29. NGUYEN, M D, M Rahman and Y S Wong, ” An experimental study on micro‑EDM in low‑resistivity deionized water using short voltage pulses”. International Journal of Advanced Manufacturing Technology,  58  (2012): 533‑544.
  30. Wong, Y S, M ARIF and M Rahman, “Analytical model to determine the critical conditions for the modes of material removal in the milling process of brittle material”. Journal of Materials Processing Technology,  (2012).
  31. ASMA, P, M Rahman and Y S Wong, “Analysis of surface and subsurface damage of micro‑ground Bk7 glass using on machine fabricated PCD micro‑tool”. International Journal of Abrasive Technology, (2012).  (Others).
  32. ARIF, M, X ZHANG and M Rahman, ” A Model to Determine the Effect of Tool Diameter on the Critical Feed Rate for Ductile‑Brittle Transition in Milling Process of Brittle Material”. Journal of Manufacturing Science and Engineering‑Transactions of the ASME, (2012).
  33. MUHAMMAD, P J, S TANVEER, M Rahman and Y S Wong, “Study of Micro‑EDM of Tungsten Carbide with Workpiece Vibration”. Advanced Materials Research, 264‑265  (2011): 1056‑1061.
  34. MUHAMMAD, P J, M Rahman and Y S Wong, “Study of the diffusion of carbon, its sources and effect on finishing micro‑EDM performance of cemented carbide”. Journal of Materials Engineering and Performance, part. 10.1007/s11665‑011‑0083‑1 (2011).
  35. Wong, Y S, M ARIF and M Rahman, “An experimental investigation into micro ball end‑milling of silicon”. International Journal of Advanced Manufacturing Technology,  14, no. 1  (2011): 52‑61.
  36. MUHAMMAD, P J, M Rahman and Y S Wong, “A review on the conventional and micro electro discharge machining of tungsten carbide”. International Journal of Machine Tools & Manufacture,  51, no. 12  (2011): 837‑858.  (United Kingdom).  (Ranked #7 in the SciVerse ScienceDirect Top 25 Hottest Article (Engineering) in International Journal of Machine Tools and Manufacture, October to December, 2011).
  37. ZHANG, X, A Senthil kumar, M Rahman, C Nath and K Liu, “Experimental study on ultrasonic elliptical vibration cutting of hardened steel using PCD tools”. Journal of Materials Processing Technology,  211, no. 11  (2011): 1701‑1709.
  38. ASMA, P, P J MUHAMMAD, M Rahman and Y S Wong, “Cutting Force Analysis of On‑Machine Fabricated PCD Tool during Glass Micro‑Grinding Volumes 264 – 265, 1085 – 1090, 2011.”.  Advanced Materials Research,  264‑265  (2011): 1085‑1090.
  39. ARIF, M, M Rahman and Y S Wong, “An experimental study on the machining characteristics in ductile‑mode milling of BK‑7 glass”. International Journal of Advanced Manufacturing Technology, part. 10.1007/s00170‑011‑3626‑6  (2011).
  40. ZHANG, X, A Senthil kumar and M Rahman, “A study on surface generation along nominal cutting direction in elliptical vibration cutting”. Advanced Materials Research,  314‑316  (2011): 1851‑1856.
  41. JAHAN*, M.P., T.W. LIEH, Y S Wong and M Rahman, “An Experimental Investigation into the Micro‑electrodischarge Machining Behavior of p‑type Silicon”. International Journal of Advanced Manufacturing Technology,  57, no. 5‑8  (2011): 617‑637.
  42. MUHAMMAD, P J, M Rahman and Y S Wong, “Study on the nano‑powder‑mixed sinking and milling micro‑EDM of WC‑Co”. International Journal of Advanced Manufacturing Technology,  53, no. 1‑4  (2011): 167‑180.
  43. ASMA, P, P J MUHAMMAD, M Rahman and Y S Wong, “A study on microgrinding of brittle and difficult‑to‑cut glasses using on‑machine fabricated poly crystalline diamond (PCD) tool”. Journal of Materials Processing Technology,  (2011).
  44. NATH, C, M Rahman and K S Neo, “Modeling of the Effect of Machining Parameters on Maximum Thickness of Cut in Ultrasonic Elliptical Vibration Cutting”. Journal of Manufacturing Science and Engineering‑Transactions of the ASME,  133, no. 1  (2011): art. No. 011007.
  45. INDRANEEL, B, A Senthil kumar and M Rahman, “Estimation of Wheel Wear in Electrolytic In‑process Dressing (ELID) and Grinding”. International Journal of Abrasive Technology,  4, no. 1  (2011): 41‑56.  (Others).
  46. ARIF, M, M Rahman and Y S Wong, “Ultraprecision ductile mode machining of glass by micromilling process”. Journal of Manufacturing Processes (SME),  13, no. 1  (2011): 50‑59.
  47. ARIF, M, M Rahman and Y S Wong, “Analytical modeling of ductile‑regime machining of tungsten carbide by endmilling”. International Journal of Advanced Manufacturing Technology,  55, no. 1‑4  (2011): 53‑64.
  48. ARIF, M, M Rahman and Y S Wong, “Analytical model to determine the critical feed per edge for ductile‑brittle transition in milling process of brittle materials”. International Journal of Machine Tools & Manufacture,  51, no. 3  (2011): 170‑181
  49. MUHAMMAD, P J, M Rahman and Y S Wong, “Modeling and experimental investigation on the effect of nanopowder mixed dielectrics in fine‑finish micro‑EDM of tungsten carbide”. Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture, 224  (2010).
  50. ARIF, M, M Rahman and Y S Wong, “An experimental approach to study the capability of end‑milling for microcutting of glass”. International Journal of Advanced Manufacturing Technology, 53, no. 9‑12  (2010): 1063‑1073.
  51. ARIF, M, M Rahman, Y S Wong and A Senthil kumar, “An empirical study on the characterization of machined surface integrity by chip morphology in dry end‑milling of Titanium alloy”.
  52. INDRANEEL, B, A Senthil kumar and M Rahman, “Experimental Study of Wheel Wear in Electrolytic In‑Process Dressing and Grinding”. International Journal of Advanced Manufacturing Technology,  50, no. 9‑12  (2010): 931‑940.
  53. NATH, C, S TANVEER, M Rahman and Y S Wong, “Development, Modeling, and Experimental Investigation of Low Frequency Workpiece Vibration‑Assisted Micro‑EDM of Tungsten Carbide”. Journal of Manufacturing Science and Engineering‑Transactions of the ASME,  132, no. 5  (2010).
  54. Wong, Y S, M ARIF and M Rahman, “An experimental study on microcutting of soda‑lime glass by milling process”. KEY ENGINEERING MATERIALS,  447‑448  (2010): 116‑120.
  55. Lim, CS, MH Hong, Y Lin, L S Tan, A Senthil kumar and M Rahman, “LARGE AREA PARALLEL SURFACE NANOSTRUCTURING WITH LASER IRRADIATION THROUGH MICROLENS ARRAYS”. Surface Review and Letters,  17, no. 3  (2010): 383‑387
  56. MUHAMMAD, P J, M Rahman and Y S Wong, “On‑machine fabrication of high‑aspect‑ratio microelectrodes and application in vibration‑assisted micro‑EDM drilling of tungsten carbid”. Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture,  224  (2010).
  57. Li, X P, M CAI, M Rahman and S Liang, “STUDY OF THE UPPER BOUND OF TOOL EDGE RADIUS IN NANOSCALE DUCTILE MODE CUTTING OF SILICON WAFER”. International Journal of Advanced Manufacturing Technology, 48  (2010): 993‑999.
  58. Rahman, M, B M A A ABU, T Masaki, T Saleh, Y S Wong and A Senthil kumar, “A Multiprocess Machine tool for compound micromachining”. International Journal of Machine Tools & Manufacture,  50, no. 4  (2010): 334‑356.
  59. MOHAMMAD, A H and M Rahman, “Performance analysis of EDM electrode fabricated by localized electrochemical deposition for micro‑machining of stainless steel”. International Journal of Advanced Manufacturing Technology, 49, no. 9‑12  (10.1007/s00170‑009‑2479‑8 2010): 975‑986.
  60. MOHAMMAD, A H, S TANVEER and M Rahman, “Modeling for fabrication of micro electrodes by localized electrochemical deposition for micro‑EDM”. Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture,  224, no. 11  (doi: 10.1243/09544054JEM1 2010): 1741‑1755.
  61. WOON, K S and M Rahman, “The effect of tool edge radius on the chip formation behaviour of tool‑based micromachining”. International Journal of Advanced Manufacturing Technology, 50, no. 9‑12  ( DOI: 10.1007/s00170‑010‑ 2010): 961‑977.
  62. WOON, K S, M Rahman and K Liu, “Numerical and experimental study of contact behaviour in tool‑based micromachining of steel”. International Journal of Precision Engineering and Manufacturing,  (2010).
  63. WOON, K S and M Rahman, “Extrusion‑like chip formation mechanism and its role in suppressing void nucleation”. CIRP Annals‑Manufacturing Technology,  (2010).
  64. INDRANEEL, B, A Senthil kumar and M Rahman, “A study on the equilibrium condition of oxide layer in ELID grinding”. International Journal of Abrasive Technology,  3, no. 1  (2010): 25‑36.  (Others).
  65. Rahman, M, B M A A ABU, T Masaki, S TANVEER, Y S Wong and H S Lim, “Multi‑process machine tool for compound micromachining”. International Journal of Machine Tools & Manufacture,  50, no. 4  (2009): 344‑356.
  66. MUHAMMAD, P J, M Rahman, Y S Wong and F LEE, “On‑machine fabrication of high‑aspect‑ratio microelectrodes and application in vibration‑assisted micro‑EDM drilling of tungsten carbide”. Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture, 224, no. 5  (2009): 795‑814.
  67. MUHAMMAD, P J, Y S Wong and M Rahman, “A study on the fine‑finish die‑sinking micro‑EDM of Tungsten Carbide using different electrode materials”. Journal of Materials Processing Technology, 209, no. 8  (2009): 3956‑3967.
  68. MUHAMMAD, P J, Y S Wong and M Rahman, “A study on the quality micro‑hole machining of Tungsten Carbide by micro‑EDM process using Transistor and RC‑type pulse Generator”. Journal of Materials Processing Technology, 209, no. 4  (2009): 1706‑1716, 11.
  69. ALOKESH*, P, K S Neo, M Rahman, X P Li, M Sawa and Y Maeda, “Ultra‑Precision Turning of Electroless‑Nickel: Effects of crystal orintation and origin of diamond tools”. International Journal of Advanced Manufacturing Technology, 43, no. 7‑8  (2009): 681‑689.
  70. CHANDRA, N, M Rahman and K S Neo, “Machinability study of tungsten carbide using PCD tools under ultrasonic elliptical vibration cutting”. International Journal of Machine Tools & Manufacture, 49, no. 14  (2009): 1089–1095.
  71. MUHAMMAD, P J, M A MOHAMMED, Y S Wong and M Rahman*, “Nanofinishing of hard materials using micro‑electrodischarge machining”. Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture, 223, no. 9  (2009): 1127‑1142.
  72. GAN, S W, M Rahman and H S Lim, “Development of a fine tool servo with force monitoring system for nanomachining applications”. Journal of Vacuum Science and Technology B, 27, no. 3  (2009): 1272‑1277.
  73. CHANDRA, N, M Rahman and K S Neo, “Enhancing the performance of polycrystalline diamond tools for machining WC by ultrasonic elliptical vibration cutting method”. Journal of Vacuum Science and Technology B, 27, no. 3  (2009): 1241‑1246.
  74. MUHAMMAD, P J, Y S Wong, M Rahman and B M A A ABU, “An experimental investigation on the surface characteristics of Tungsten Carbide for the fine‑finish Die‑sinking and Scanning micro‑EDM”. International Journal of Abrasive Technology, 2, no. 3  (2009): 223‑244.  (Others).
  75. MOHAMMAD, A H, S W GAN and M Rahman, “Fabrication of complex shape electrodes by localized electrochemical deposition”. Journal of Materials Processing Technology, 209, no. 2  (2009): 4453‑4458.
  76. TANVEER, S, B INDRANEEL and M Rahman, “Efficient dressing of the whel in ELID grinding by contrallable voltage with force feed back”. International Journal of Advanced Manufacturing Technology, 46, no. 1‑4  (2009): 123‑130.
  77. WOON, K S, M Rahman and K Liu, “Numerical and experimental analysis of the tool edge radius effect in micro machining of ferrous materials”. International Journal of Nanomanufacturing, 3, no. 3  (2009): 189‑211.
  78. MUHAMMAD, P J, Y S Wong and M Rahman, “A comparative study on the performance of sinking and milling micro‑EDM for nanofinishing of Tungsten Carbide”. International Journal of Nanomanufacturing, 6, no. 1/2/3/4  (2009): 190 ‑ 206.
  79. MUHAMMAD, P J, Y S Wong and M Rahman, “Effect of non‑electrical and gap control parameters in the micro‑EDM of WC‑Co”. Journal of Machining & Forming Technologies, 1/2  (2009): 50‑76.  (Others).
  80. Wong, Y S, P J MUHAMMAD, M A MOHAMMED and M Rahman, “A comparative experimental investigation of deep‑hole micro‑EDM drilling capability for cemented carbide (WC‑Co) against austenitic stainless steel (SUS 304)”. International Journal of Advanced Manufacturing Technology, 46, no. 9‑12  (2009): 1145‑1160.
  81. CHANDRA, N, M Rahman and K S Neo, “A study on the effect of tool nose radius in ultrasonic elliptical vibration cutting of tungsten carbide”. Journal of Materials Processing Technology, 209, no. 17  (2009): 5830‑5836.
  82. CHANDRA, N, M Rahman and K S Neo, “A study on ultrasonic elliptical vibration cutting tungsten carbide”. Journal of Materials Processing Technology, 209  (2009): 4459‑4464.
  83. Pramanik, A, K S Neo, M Rahman, X P Li, M Sawa and Y Meada, “Ultra–Precision Turning of Electroless–Nickel: Effect of Phosphorus Contents, Depth–of–cut and Rake Angle”. Journal of Materials Processing Technology,  208  (2008): 400‑408.
  84. Pramanik, A., K S Neo, M Rahman, X P Li, M. Sawa and Y. Maeda, “Ultra‑precision turning of electroless‑nickel: Effect of phosphorus contents, depth‑of‑cut and rake angle”. Journal of Materials Processing Technology,  208, no. 1‑3  (2008): 400‑408.
  85. MUHAMMAD, P J, Y S Wong and M Rahman, “A Comparative Study of Transistor and RC Pulse Generators for Micro‑EDM of Tungsten Carbide”. International Journal of Precision Engineering and Manufacturing, 9, no. 4  (2008): 3‑10.
  86. WOON, K S, M Rahman, K S Neo and K Liu, “The effect of tool edge radius on the contact phenomenon of tool‑based micromachining”. International Journal of Machine Tools & Manufacture, 48, no. 12‑13  (2008): 1395‑1407.
  87. INDRANEEL, B, M Rahman, H S Lim and S TANVEER, “In‑process Truing of Metal‑bonded Diamond Wheels for Electrolytic In‑process Dressing (ELID) Grinding”. International Journal of Precision Engineering and Manufacturing, 2, no. 9  (2008).
  88. MOHAMMAD, S R, S TANVEER, S M Son, H S Lim and M Rahman, “Development of an on‑machine profile measurement system in ELID grinding for machining aspheric surface with software compensation”. International Journal of Machine Tools & Manufacture, 48, no. 7‑8  (2008): 887‑895.
  89. CHANDRA, N, M Rahman and K S Neo, “Evaluation of ultrasonic vibration cutting for machining Inconel 718”. International Journal of Precision Engineering and Manufacturing, 9, no. 3  (2008): 12‑17.
  90. TANVEER, S, B INDRANEEL, H S Lim and M Rahman, “In‑process Truing of Metal‑bonded Diamond Wheels for Electrolytic In‑process Dressing (ELID) Grinding”. IEEE Transactions on Automation Science and Engineering, 8, no. 2  (2008): 338‑346.
  91. WOON, K S and M Rahman, “Investigations of edge radius effect in micromachining: A FEM simulation approach”. Journal of Materials Processing Technology, 195, no. 1‑3  (2008): 205‑211.
  92. Woon, K S, M Rahman, F Z Fang, K S Neo and K Liu, “Investigations of tool edge radius effect in micromachining:a FEM simulation approach”. Journal of Materials Processing Technology, 195, no. 1‑3  (2008).
  93. Liu, K, X P Li and M Rahman, “Characteristics of Ultrasonic Vibration Assisted Ductile Mode Cutting of Tungsten Carbide”. International Journal of Advanced Manufacturing Technology, 35, no. 7‑8  (2008): 833‑841.
  94. Rahman, M, “Numerical and Experimental Analysis of the Tool Edge Radius Effect in Micromachining of Ferrous Materials”. International Journal of Nanomanufacturing, 48, no. 12‑13  (2007): 1395–1407.
  95. Rahman, M, A Pramanik, K S Neo, X P Li, M Sawa and Y Meada, “Effects of workpiece composition and depth–of–cut on the artificial diamond cutters during ultra–precision machining of electroless–nickel in long cutting distance”. International Journal for Manufacturing Science & Technology,  9, no. 1  (2007): 59‑68.
  96. TANVEER, S, S R MOHAMMAD, H S Lim and M Rahman, “Development and performance evaluation of an ultra precision ELID grinding machine”. Journal of Materials Processing Technology, 192‑193  (2007).
  97. CHANDRA, N, M Rahman and S S K Andrew, “A study on ultrasonic vibration cutting of low alloy steel”. Journal of Materials Processing Technology, 192‑193  (2007): 159‑165.
  98. Cai, M B, X P Li and M Rahman, “High‑pressure phase transformation as the mechanism of ductile chip formation in nanoscale cutting of silicon wafer”. Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture, 221  (2007): 1511‑1519.
  99. Cai, M B, X P Li and M Rahman, “Study of the temperature and stress in nanoscale ductile mode cutting of silicon using molecular dynamics simulation”. Journal of Materials Processing Technology, 192‑193  (2007): 607‑612.
  100. Cai, M B, X P Li and M Rahman, “Characteristics of “dynamic hard particles” in nanoscale ductile mode cutting of monocrystalline silicon with diamond tools in relation to tool groove wear”. Wear,  263, no. 7‑12  (2007): 1459‑1466.
  101. Li, X P, M CAI and M Rahman, “NANOSCALE CUTTING OF MONOCRYSTALLINE SILICON USING MOLECULAR DYNAMICS SIMULATION”. Chinese Journal of Mechanical Engineering (English Edition), 20, no. 4  (2007).
  102. LIM, C S, MH Hong, Y LIN, Guoxin Chen, A Senthil kumar, M Rahman and Gnian Cher Lim, “Sub‑Micron surface Nanopatterning by laser irradiation through Microlens Arrays”. Journal of Materials Processing Technology,  192‑193  (2007): 328‑333.
  103. Lim, H S, S M SON, Y S Wong and M Rahman, “Development and evaluation of an on‑machine optical measurement device”. International Journal of Machine Tools & Manufacture, 47, no. 10  (2007): 1556‑1562.
  104. SON, S M, H.S Lim, A Senthil kumar and M Rahman, “Influences of pulsed power condition on the machining properties in micro EDM”. Journal of Materials Processing Technology,  190, no. 1‑3  (2007).
  105. Biddut, A. K., M Rahman, K S Neo, K. M. R. Rahman, M. Sawa and Y. Maeda, “Performance of single crystal diamond tools with different rake angles during micro‑grooving in electro‑less nickel plated die materials”. International Journal of Advanced Manufacturing Technology, 33, no. 9‑10  (2007): 891‑899.
  106. GAN, S.W., H S Lim, M Rahman and F Watt, “A fine tool servo system for global position error compensation for a miniature ultra‑precision lathe”. International Journal of Machine Tools & Manufacture, 47, no. 7‑8  (2007): 1302‑1310.
  107. Li, X P, S Arefin, M B Cai, M Rahman, K Liu and A A O Tay, “Effect of Cutting Edge Radius on Machined Surface in Nanoscale Ductile Mode Cutting of Silicon Wafer”. Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture, 221  (2007): 213‑220.
  108. Liu, K, X P Li, M Rahman, K S Neo and X D Liu, “A study of the effect of tool cutting edge radius on ductile cutting of silicon wafers”. International Journal of Advanced Manufacturing Technology, 32, no. 7‑8  (2007): 631‑637.
  109. Cai, M.B., X P Li and M Rahman, “Study of the mechanism of groove wear of the diamond tool in nanoscale ductile mode cutting of monocrystalline silicon”. Journal of Manufacturing Science and Engineering‑Transactions of the ASME, 129, no. 2  (2007): 281‑286
  110. Uddin, SHARIF, K H W Seah, M Rahman, X P Li and K Liu, “Performance of single crystal diamond tools in ductile mode cutting of silicon”. Journal of Materials Processing Technology,  185, no. 1‑3  (2007): 24‑30.
  111. Cai, M B, X P Li, M Rahman and A A O Tay, “Crack initiation in relation to the tool edge radius and cutting conditions in nanoscale cutting of silicon”. International Journal of Machine Tools & Manufacture, 47, no. 3‑4  (2007): 562‑569.
  112. Arefin, S, X P Li, M Rahman and K Liu, “The Upper Bound of Tool Edge Radius for Nanoscale Ductile Mode Cutting of Silicon Wafer”. International Journal of Advanced Manufacturing Technology, 31  (2007): 655‑662.
  113. ALOKESH, P, K S Neo, M Rahman, Production Engineering Research Laboratory, Hitachi and Production Engineering Research Laboratory, Hitachi, “Effects of Workpiece Composition and Depth‑of‑Cut during Ultra‑Precision Machining of Electroless‑Nickel”. International Journal for Manufacturing Science & Technology,  9, no. 1  (2007): 59‑68.
  114. Cai, M B, X P Li and M Rahman, “Molecular dynamics modelling and simulation of nanoscale ductile cutting of silicon”. International Journal of Computer Applications in Technology, 28, no. 1  (2007): 2‑8.
  115. Wang, Z G, M Rahman and Y S Wong, “High‑Speed Machining of Titanium Alloys”. Machining Science and Technology, (2007).
  116. Rahman, M, T Masaki, ABM Asad, Y S Wong and HS Lim, “Miniaturized Universal Machine Tool for Hybrid Micromachining Process”. International Journal of Electrical Machining, (2007).
  117. Sadiq, M A, H S Lim and M Rahman, “Study of WEDM parameter Phenomena for Micro‑fabrication”. International Journal of Manufacturing Technology and Management, 13, no. 2/3/4  (2006): 226 ‑ 240.
  118. SONTI, S, A Senthil kumar, M Rahman and T MOHAMMED, “Optimization of cutting parameters in micro end milling operations in dry cutting conditions using genetic algorithm”. International Journal of Advanced Manufacturing Technology, 30, no. 11‑12  (2006): 1030‑1039.
  119. Lim, CS, MH Hong, Y Lin, Q Xie, B Lukyanchuk, A Senthil kumar and M Rahman, “Microlens Arrays Fabrication by Laser Interference Lithography for Super Resolution Surface Nanopatterning”. Applied Physics Letters, 89  (2006): 191125.
  120. Sun*, J, Y S Wong, M Rahman, Z G Wang, K S Neo, C H Tan and H Onozuka, “Effects of Coolant Supply Strategies and Cutting Conditions on Tool Life in End Milling Titanium Alloy”. Machining Science and Technology, 10, no. 3  (2006): 355‑370.
  121. MOHAMMAD, M I, A Senthil kumar, M Rahman, H S Lim and B SUBRAMANIAN, “Perfromance Evaluation of a newly developed electrolytic system for stable thinning of silicon wafers”. Thin Solid Films, 504, no. 1‑2  (2006): 15‑19.
  122. Lim, H S, K FATHIMA, M Rahman and A Senthil kumar, “Modeling of ultra‑precision ELID grinding”. Journal of Manufacturing Science and Engineering‑Transactions of the ASME, 129, no. 2  (2006): 296‑302.
  123. Sun, J, Y S Wong, M Rahman and Zhigang Wang, “Effects of Coolant Supply Strategies and Cutting Conditions on Tool Life in End Milling Titanium Alloy”. Machining Science and Technology, 14, no. 11  (2006): 335‑370.
  124. Rahman, M, H S Lim, K S Neo, A Senthil kumar, Y S Wong and X P Li, “Tool‑based nanofinishing and micromachining”. Journal of Materials Processing Technology, 185, no. 1‑3 (Special)  (2006): 2‑16.
  125. Wang, Z. G., M Rahman and Y S Wong, “An overview on high speed machining of titanium alloys”. JSME International Journal. Series C, Dynamics, Control, Robotics, Design and Manufacturing,  49, no. 1  (2006): 11‑20.  (Japan).
  126. Cai, M B, X P Li and M Rahman, “Study of the mechanism of nanoscale ductile mode cutting of silicon using molecular dynamics simualtion”. International Journal of Machine Tools & Manufacture, 47  (2006): 75‑80.
  127. Lim, C.S, MH Hong, A Senthil kumar, M Rahman and X.D Liu, “Fabrication of concave micro lens array using laser patterning and isotropic etching”. International Journal of Machine Tools & Manufacture, 46, no. 5  (2006): 552‑558.
  128. Yong, AYL, K H W Seah and M Rahman, “Performance of cryogenically treated tungsten carbide tools in milling operations”. International Journal of Advanced Manufacturing Technology,  DOI online (Published online)  (2006): DOI:10.1007/s00170‑005‑0379‑0.
  129. Tauhiduzzaman, M, A Senthil kumar, M Rahman and S Sreeram, “A three‑dimensional analytical cutting force model for micro end milling operation”. International Journal of Machine Tools & Manufacture, 46, no. 3‑4  (2006): 353‑366.
  130. Sun, J, G S Hong, Y S Wong, M Rahman and Z Wang, “Effective Training Data Selection in Tool Condition Monitoring System”. International Journal of Machine Tools & Manufacture, 46, no. 2  (2006): 218‑226.
  131. Rahman, K M R, M Rahman, K S Neo, M Sawa and Y Maeda, “Micro grooving on electroless nickel plated materials using single crystal diamond tool”. International Journal of Advanced Manufacturing Technology, 27, no. 9‑10  (2006): 911‑917.
  132. Azizur, RAHMAN, M Rahman, A Senthil kumar, H S Lim and A.B.M.A Asad, “Development of micropin fabrication process using tool based micro‑machining”. International Journal of Advanced Manufacturing Technology, 27, no. 9‑19  (2006): 939‑944.
  133. Ng, C.K, S Melkote, M Rahman and A Senthil kumar, “Experimental study of nano micro scale cutting of aluminium 7075‑T6”. International Journal of Machine Tools & Manufacture, 46, no. 9  (2006): 929–936.
  134. Wang, Z. G., M Rahman, Y S Wong and K S Neo, “Development of Heterogeneous Parallel Genetic Simulated Annealing Using Multi‑Niche Crowding”. International Journal of Computational Intelligence, 3, no. 1  (2006): 55‑62.
  135. Wang, Z.G., M Rahman, Y S Wong and J Sun, “Optimization of multi‑pass milling using parallel genetic algorithm and parallel genetic simulated annealing”. International Journal of Machine Tools & Manufacture, 45, no. 15  (2005): 1726‑1734.
  136. Balakumar, S, H TABASSUMUL, A Senthil kumar, M Rahman and R Kumar, “Wear phenomena in abrasive‑free copper CMP process”. Journal of the Electrochemical Society, 152, no. 11  (2005): G867‑874.
  137. TABASSUMUL, H, B SUBRAMANIAN, A Senthil kumar and M Rahman, “Wear Phenomenan of Copper in Abrasive‑free Chemical Mechanical Planarization Process”. Journal of the Electrochemical Society, 152, no. 11 (2005): G867‑874.
  138. Wang, Z, Y S Wong and M Rahman, “Development of a Parallel Optimization Method based on Genetic Simulated Annealing Algorithm”. Parallel Computing, 31, no. 8‑9 (2005): 839‑857.
  139. Cai, M B, X P Li and M Rahman, “Molecular dynamics simulation of the effect of tool edge radius on cutting forces and cutting region in nanoscale ductile cutting of silicon”. International Journal of Manufacturing Technology and Management, 7, no. 5/6 (2005): 455‑466.
  140. Arefin, S, X P Li, M Rahman and T He, “MACHINED SURFACE AND SUBSURFACE IN RELATION TO CUTTING EDGE RADIUS IN NANOSCALE DUCTILE CUTTING OF SILICON”. Transactions of the North American Manufacturing Research, Institution of SME, 33 (2005): 113‑119.
  141. Zareena, A, M Rahman and Y S Wong, “Binderless CBN Tools, a Breakthrough for Machining Titanium Alloys”. Journal of Manufacturing Science and Engineering‑Transactions of the ASME, 127, no. 1 (2005).
  142. TABASSUMUL, H, S Balakumar, B SUBRAMANIAN, A Senthil kumar and M Rahman, “A material removal rate model for copper abrasive‑free chemical mechanical planarization”. Journal of the Electrochemical Society, 152, no. 6 (2005): G417‑G422.
  143. Sun, J, G S Hong, M Rahman and Y S Wong, “Improved performance evaluation of tool condition identification by manufacturing loss consideration”. International Journal of Production Research, 43, no. 6  (2005): 1185‑1204.
  144. Thet, N T, S L Toh, C J Tay, R Akkipeddi and M Rahman, “Contact pressure measurement using silicon‑based AlxGa1‑xAs semiconductor pressure sensors”. Sensors and Actuators A‑Physical, 118, no. 2  (2005): 190‑201.
  145. Li, X P, T He and M Rahman, “Tool wear characteristics and their effects on nanoscale ductile mode cutting of silicon wafer”. Wear, 259  (2005): 1207‑1214.
  146. Wang, Z, M Rahman, Y S Wong and X P Li, “A Hybrid Cutting Force Model for High‑speed Milling of Titanium Alloys”. CIRP Annals‑Manufacturing Technology, 54, no. 1  (2005): 71‑74.
  147. Wang, Z G, M Rahman and Y S Wong, “Tool wear characteristics of binderless CBN tools used in high‑speed milling of titanium alloys”. Wear, 258 (2005): 752‑758.
  148. Wang, Z.G., Y S Wong and M Rahman, “High Speed Milling of Titanium Alloys using Binderless CBN Tools”. International Journal of Machine Tools & Manufacture, 45  (2005): 105‑114.
  149. Rahman, M. AZIZUR, M Rahman, A Senthil kumar and H S Lim, “CNC microturning: an application to miniaturization”. International Journal of Machine Tools & Manufacture, 45  (2004): 631‑639.
  150. Sun, J, M Rahman, Y S Wong and G S Hong, “Multiclassification of tool wear with support vector machine by manufacturing loss consideration”. International Journal of Machine Tools & Manufacture, 44, no. 11  (2004): 1133‑1245.
  151. Sun, J, G S Hong, M Rahman and Y S Wong, “Identification of feature set for effective tool condition monitoring by acoustic emission sensing”. International Journal of Production Research, 42, no. 5  (2004): 901‑918.
  152. Liu, K, X P Li, M Rahman and X D Liu, “Study of ductile mode cutting in grooving of tungsten carbide with and without ultrasonic vibration”. International Journal of Advanced Manufacturing Technology, 24, no. 5‑6  (2004): 389‑394.
  153. Liu, K, T He, X P Li and M Rahman, “A method of atomic dynamic modeling for nanometic ductile cutting of silicon wafer material”. International Journal for Manufacturing Science & Technology, (2004).
  154. Uddin, SHARIF, K H W Seah, X P Li, M Rahman and K Liu, “Effect of crystallographic orientation on wear of diamond tools for nanoscale ductile cutting of silicon”. Wear,  257, no. 7‑8  (2004): 751‑759
  155. Wang, Z. G., Y S Wong and M Rahman, “Optimization of multi‑pass miling using genetic algorithm and simulated genetic annealing”. International Journal of Advanced Manufacturing Technology, 24  (2004): 727‑732.
  156. Liu, K, X P Li, M Rahman and X.D Liu, “A study of the cutting modes in the grooving of tungsten carbide”. International Journal of Advanced Manufacturing Technology, 24, no. 5‑6  (2004): 321‑326.
  157. Rahman, M, A Senthil kumar, H S Lim and K Fathima, “ELID grinding technique for nano finishing of brittle materials”. Sadhana‑Academy Proceedings in Engineering Sciences, 28, no. 5  (2003): 957‑974.
  158. Pramanik, A, M Rahman, K S Neo, X P Li, M Sawa and Y Meada, “Cutting performance of diamond tools during ultra–precision turning of electroless nickel plated die materials”. Journal of Materials Processing Technology, 140, no. 1‑3  (2003): 308‑313.
  159. Liu, K, X P Li and M Rahman, “Characteristics of high speed micro ductile cutting of tungsten carbide”. Journal of Materials Processing Technology, 140, no. 1‑3  (2003): 352‑357.
  160. Li, X P, M Rahman, K Liu, K S Neo and C C Chan, “Nanoprecision measurement of diamond tool edge radius for wafer fabrication”. Journal of Materials Processing Technology, 140 (2003): 358‑362.
  161. Lim, H S, Y S Wong, M Rahman and E M K Lee, “A study on the machining of high‑aspect ratio micro‑structures using micro‑EDM.”. Journal of Materials Processing Technology, 140 (2003): 318‑325.
  162. Wong, Y S, M Rahman, H S Lim, HAN Huang and NACHIAPPAN Ravi, “Investigation of micro‑EDM material removal mechanism using single RC pulse discharge”. Journal of Materials Processing Technology, 140  (2003): 303‑305.
  163. Liu, K, X P Li and M Rahman, “Characteristics of high‑speed micro‑cutting of tungsten carbide”. Journal of Materials Processing Technology, (2003).
  164. Alam, M R, K S Lee, M Rahman and Y F Zhang, “Process planning optimization for the manufacture of injection moulds using a genetic algorithm”. International Journal of Computer Integrated Manufacturing, 16, no. 3  (2003): 181‑191.
  165. Neo, K S, M Rahman, X P Li, M Sawa and Y Maeda, “Performance evaluation of pure CBN tools for machining of steel”. Journal of Materials Processing Technology, (2003).
  166. Pramanik, A, K S Neo, M Rahman, X P Li, M Sawa and Y Maeda, “Cutting performance of diamond tools during ultra‑precision turning of electroless nickel plated die materials”. Journal of Materials Processing Technology, (2003).
  167. Fathima, K, A Senthil kumar, M Rahman and H S Lim, “A study on wear mechanism and wear reduction strategies in grinding which used for ELID grinding”. Wear, (2003): 1247‑1255.
  168. Seah, K H W, M Rahman and K H Yong, “Performance evaluation of cryogemically treated tungsten carbide cutting tool inserts”. Proceedings of the Institution of Mechanical Engineers Part B‑Journal of Engineering Manufacture,  217  (2003): 29‑43.
  169. Baidya, K P, S Ramakrishna, M Rahman, A Richie and Z M Huang, “An investigation on the polymer composite medicat device ‑ external fixator”. Journal of Reinforced Plastics and Composites, 22, no. 6  (2003): 563‑590.
  170. Rahman, M, Y S Wong and A R Zareena, “Machinability of titanium alloys”. JSME International Journal. Series C, Dynamics, Control, Robotics, Design and Manufacturing, 46, no. 1  (2003): 107‑114.
  171. Rahman, M, A Senthil kumar, M Salam and M S Ling, “Effect of chilled air on machining performance in end milling”. International Journal of Advanced Manufacturing Technology, (2003).
  172. Prakash, J R S, M Rahman and A Senthil kumar, “Effect of micro end‑mill on machining copper”. Journal of Materials Processing Technology, (2003).
  173. Prakaksh, J R S, M Rahman and A Senthil kumar, “A model for predicting tool life in micro milling of copper”. Chinese Journal of Materials Research, (2002).
  174. Lim, H S, A Senthil kumar and M Rahman, “Improvement of form accuracy in hybrid machining of microstructure”. Journal of Electronic Materials, 31, no. 10  (2002): 1032‑1038.
  175. Senthil kumar, A, H S Lim, M Rahman and K Fathima, “A study on the grinding of glass using electrolytic in process dressing”. Journal of Electronic Materials, 31, no. 10  (2002): 1039‑1046.
  176. Lim, H S, K Fathima, A Senthil kumar and M Rahman, “A fundamental study on the mechanism of electrolytic in‑process dressing (ELID) grinding”. International Journal of Machine Tools & Manufacture, 42, no. 8  (2002): 935‑943.
  177. Alam, M R, K S Lee, M Rahman and K S Sankaran, “Decision Algorithm for selection of high speed machining, EDM or a combination for the manufacturing of Injection Moulds.”. International Journal of Production Research, 40, no. 4  (2002): 845‑872.
  178. Senthil kumar, A, M Rahman and S L Ng, “Effect of high pressure coolant on machining performance”. International Journal of Advanced Manufacturing Technology, 20  (2002): 83‑91.
  179. Rahman, M, A Senthil kumar and M Salam, “Experimental evaluation of the effect of minimal quantities of lubricant in milling”. International Journal of Machine Tools & Manufacture, 42  (2002): 539‑547.
  180. Rahman, M, M A Mansur and S H Lau, “Tool wear study in a lathe made of cementitions material”. Journal of Materials Processing Technology, 113, no. 1 ‑ 3  (2001): 317‑321.
  181. Lim, L H, S Balakumar, S Mahedevan, M S Zhou, M Rahman and A Senthil kumar, “Dishing and nitride erosion of STI‑CMP for different integration schemes”. Journal of Electronic Materials, 30  (2001): 1478‑1482.
  182. Lee, K S, C Y Low, M Rahman and Y F Zhang, “A Genetic Algorithm Based Process Planning System for Mould Base.”. International Journal of Computer Applications in Technology,  14, no. (4‑6)  (2001): 190‑203.
  183. Rahman, M, M A Mansur, L K Lee and J K Lum, “Development of a polymer inpregenated concrete damping carriage for linear guideways for machine tools”. International Journal of Machine Tools & Manufacture, 41  (2001): 431‑441.
  184. Yuan, N, M Rahman and Y S Wong, “Investigation of chip formation in high speed end milling”. Journal of Materials Processing Technology, 113, no. 1‑3  (2001): 360‑367.
  185. Rahman, M, A Senthil kumar and M‑U Salam, “Evaluation of minimal quantities of lubricant in end milling”. International Journal of Advanced Manufacturing Technology, 18, no. 4  (2001): 235‑241.
  186. Rahman, M, M A Mansur and M B Karim, “Non‑conventional materials for machine tool structures”. JSME International Journal. Series C, Dynamics, Control, Robotics, Design and Manufacturing, 44, no. No 1  (2001): 1‑11.
  187. Krishna, P B, S Ramakrishna, M Rahman and A Ritchie, “Quantitative radiographic analysis of fiber reinforced polymer composites”. Journal of Biomaterials Applications, 15, no. 3  (2001): 279‑289.
  188. Rahman, M, A Senthil kumar and J R S Prakash, “Micro milling of pure copper”. Journal of Materials Processing Technology,  116  (2001): 39‑43.
  189. Ting, Y P, A Senthil kumar, M Rahman and B K Chia, “Innovative use of thiobacillus ferrooxidans for the biological machining of metals”. Acta Biotechnologica, 20  (2000): 87‑96.
  190. Tay, E H, E A Haider and M Rahman, “Manufacture of RP tools with high quality surface finish and strength using high temperature epoxy resin and electroless nickel plating”. Surface Engineering, 16, no. 3  (2000): 250‑252.
  191. Lee, K S, M R Alam, M Rahman and Y F Zhang, “Automated process planning for the manufacture of lifters”. International Journal of Advanced Manufacturing Technology, 17  (2000): 727‑734.
  192. Rahman, M, A Senthil kumar and M R Choudhury, “Identification of effective zones for high pressure coolant in milling”. CIRP Annals‑Manufacturing Technology, 48, no. 1  (2000): 47‑52.
  193. Toh, S L, C J Tay, S‑H Ng and M Rahman, “Alsubx#Ga#sub 1‑x#As semiconductor sensor for contact pressure measurement”. Sensors and Actuators,  79  (2000): 31‑35.
  194. Alam, M R, K S Lee, M Rahman and Y F Zhang, “Automated process planning for the manufacturing of sliders”. Computers in Industry, 43  (2000): 249‑262.
  195. Goh, G K L, L C Lim, M Rahman and S C Lim, “Effect of grain size on wear behaviour of alumina cutting tools”. Wear, 206  (1997): 24‑32.
  196. Rahman, M, K H W Seah and T T Teo, “The machinability of Inconel 718”. Journal of Materials Processing Technology,  63, no. 1‑3  (1997): 199‑204.
  197. Goh, G K L, L C Lim, M Rahman and S C Lim, “Transition in wear mechanisms of alumina cutting tools”. Wear, 201  (1996): 199‑208.
  198. Yeo, S H and M Rahman, “Performance evaluation of shank‑type tooling and modular tooling for lathes”. Journal of Materials Processing Technology, 62  (1996): 335‑343.
  199. Rahman, M, K H W Seah, C H Lee and T N Goh, “Effectiveness of various coatings on cermet cutting tools”. Journal of Materials Processing Technology,  58, no. 4  (1996): 368‑373
  200. Seah, K H W, M Rahman, X P Li and X D Zhang, “A three dimensional model of chip flow, chip curl and chip breaking for oblique cutting”. International Journal of Machine Tools & Manufacture,  36, no. 12  (1996): 1385‑1400.
  201. Hong, G S, M Rahman and Q Zhou, “Using neural Network for tool condition monitoring based on wavelet decomposition”. International Journal of Machine Tools & Manufacture, 36, no. 5  (1996): 551‑556.
  202. Rahman, M, G S Hong and Q Zhou, “On‑line cutting state recognition using neural network”. International Journal of Advanced Manufacturing Technology, (1995): 87‑92
  203. Yeo, S H, M Rahman and Y S Wong, “A tandem approach to selection of machinability data”. International Journal of Advanced Manufacturing Technology, 10  (1995): 79‑86.
  204. Seah, K H W, M Rahman, T N Goh and C H Lee, “Comparing the effectiveness of coatings on carbide and cermet cutting tool inserts”. Journal of Materials Science & Technology,  11, no. 4  (1995): 269‑275.
  205. Rahman, M, M A Mansur and F Zhou, “Design, fabrication and evaluation of a steel fibre reinforced concrete column for grinding machines”. Materials & Design, 16, no. 4  (1995): 205‑209.
  206. Zhou, Q, G S Hong and M Rahman, ” New tool life criterion for tool condition monitoring using neural network”. Engineering Applications of Artificial Intelligence, 8, no. 5  (1995): 579‑588.
  207. Rahman, M, K H W Seah, X P Li and X D Zhang, “A three dimensional model of chip flow, chip curl and chip breaking under the concept of equivalent parameters”. International Journal of Machine Tools & Manufacture,  35, no. no .7  (1995): 1015‑1031.
  208. Rahman, M and M Tsutsumi, “Effect of spindle speed on clamping force in turning”. Journal of Materials Processing Technology, 38, no. 1‑2, part. B  (1993): 407‑415.
  209. Rahman, M and M A Mansur, “Evaluation of a lathe with ferrocement bed”. CIRP Annals‑Manufacturing Technology, 42, no. 1  (1993): 437‑440.
  210. Goh, T N, M Rahman, K H W Seah and C H Lee, “Influence of substrate material on the effectiveness of coatings in metal‑cutting”. Journal of Materials Processing Technology,  37  (1993): 655‑665.
  211. Chua, M S, M Rahman, Y S Wong and H T Loh, “Determination of optimal cutting conditions using design of experiments and optimisation techniques”. International Journal of Machine Tools & Manufacture, 33, no. 2  (1993): 297‑305.
  212. Rahman, M, M A Matin and K H W Seah, “A study of the vibrational dynamics of an endrill clamped by side‑locking”. ASME Journal of Engineering for Industry. (ser.B),  115, no. 4  (1993): 438‑443.
  213. Rahman, M, H Shinno and C Inaba, “In‑process monitoring system for machining environment based on heat flux sensing”. JSME International Journal. Series III, Vibration, Control Engineering, Engineering for Industry, 35, no. 2  (1992): 307‑312.
  214. Rahman, M and M A Mansur, “Fibre reinforced concrete ‑ A new material for machine tools”. International Journal of the Japan Society for Precision Engineering, 26, no. 3  (1992): 183‑188.
  215. Lim, F S, Y S Wong and M Rahman, “Circular interpolators for numerical control: A comparison of the modified DDA techniques and an LSI interpolator”. Computers in Industry, 18  (1992): 41‑52.
  216. Rahman, M, K H W Seah, T N Goh and C H Lee, “A study on the appropriate usage of different tool materials”. Journal of Materials Processing Technology,  29  (1992): 119‑132.
  217. Rahman, M, “Effect of clamping on roundness profile of a machined workpiece”. International Journal of the Japan Society for Precision Engineering, 27, no. 3  (1993): 203‑207.
  218. Rahman, M, K H W Seah, C H Lee and T N Goh, “Performance evaluation of various tool materials used in turning”. Journal ‑ The Institution of Engineers (Singapore),  31, no. 3  (1991): 33‑38.
  219. Yeo, S H, Y S Wong and M Rahman, “Knowledge‑based system in machining domain”. Advanced Manufacturing Engineering, 6  (1991): 35‑44.
  220. Yeo, S H, Y S Wong and M Rahman, “Integrated knowledge‑based machining system for rotational parts”. International Journal of Production Research, 29, no. 7  (1991): 1325‑1337.
  221. Chua, M S, H T Loh, Y S Wong and M Rahman, “Optimisation of cutting conditions for multi‑pass turning operations using sequential quadratic programming”. Journal of Materials Processing Technology, 28, no. 1‑2  (1991): 253‑262.
  222. Rahman, M and M A Matin, “Effect of tool nose radius on stability of turning processes”. Journal of Materials Processing Technology, 26  (1991): 13‑21.
  223. Rahman, M, H Shinno and K J Huang, “In‑process tool wear monitoring by heat flux sensor”. Transactions of the Japan Society of Mechanical Engineers, 57, no. 538  (1991): 359‑363.
  224. Yeo, S H, M Rahman and Y S Wong, “Frame‑based approach for hole‑making of turned parts and its further development”. Journal of Materials Processing Technology, 23, no. 2  (1990): 149‑162.
  225. Rahman, M and M A Mansur, “Development and evaluation of ferrocement legs for a lathe”. International Journal of Machine Tools & Manufacture, 30, no. 4  (1990): 629‑636.
  226. Lim, F S, Y S Wong and M Rahman, “Design and development of a PC‑based CNC system using LSI chips”. Journal ‑ The Institution of Engineers (Singapore), 30, no. 1  (1990): 63‑69.
  227. Hawlader, M N A, M A Mansur and M Rahman, “Thermal behaviour of ferrocement”. Journal of Ferrocement, 20, no. 3  (1990): 231‑239.
  228. Rahman, M, “A study on the deviation of a shape of turned workpiece clamped by multiple jaws”. CIRP Annals‑Manufacturing Technology, 38/1  (1989): 385‑388.
  229. Yeo, S H, M Rahman and Y S Wong, “Towards enhancement of machinability data by multiple regressions”. Journal of Mechanical Working Technology, 19, no. 1  (1989): 85‑100.
  230. Rahman, M, “Analysis of the cutting process of a cylindrical workpiece clamped by a four jaw chuck”. Journal of Mechanical Working Technology, 19, no. 1  (1989): 73‑84.
  231. Mansur, M A and M Rahman, “Ferrocement as a machine tool bed”. Journal of Ferrocement, 18, no. 1  (1989): 9‑28.
  232. Matin, M A and M Rahman, “Analysis of the cutting process of a cylindrical workpiece clamped by a three‑jaw chuck”. ASME Journal of Engineering for Industry. (ser.B), 110  (1988): 326‑332.
  233. Narayanan, V and M Rahman, “Manufacturing information processing for automation”. Journal ‑ The Institution of Engineers (Singapore), 28, no. 4  (1988): 59‑66.
  234. Rahman, M, M A Mansur and K H Chua, “A study on the application of cementitious materials for machine tool structures”. Bulletin of the Japan Society of Precision Engineering, 23, no. 2  (1989): 94‑99.
  235. Rahman, M, K H Chua, K H W Seah and K S Lee, “A study on the importance of dynamic rigidity in step turning”. Journal of Mechanical Working Technology,  17  (1988): 257‑266.
  236. Yeo, Y S, M Rahman and V C Venkatesh, “Development of an expert system for machinability data selection”. Journal of Mechanical Working Technology, (1988): 51‑60
  237. Rahman, M, M A Mansur and K H Chua, “Evaluation of advanced cementitious composites for machine tool structures”. CIRP Annals‑Manufacturing Technology, 37/1  (1988): 373‑376.
  238. Rahman, M, K H W Seah and V C Venkatesh, “Performance evaluation of endrills”. International Journal of Machine Tools & Manufacture,  28, no. 4  (1988): 341‑349.
  239. Rahman, M, “In‑process detection of chatter threshold”. ASME Journal of Engineering for Industry. (ser.B), 110  (1988): 44‑50.
  240. Rahman, M and V Narayanan, “An expert system for process planning”. Robotics and Computer‑Integrated Manufacturing, 3, no. 3  (1987): 365‑372.
  241. Rahman, M, M A Mansur, W D Ambrose and K H Chua, “Design, fabrication and performance of a ferrocement machine tool bed”. International Journal of Machine Tools & Manufacture, 27, no. 1  (1987): 431‑442.
  242. Lee, K S, Y S Wong, V C Venkatesh, A Y C Nee, K H W Seah, M Rahman and A N Poo, “Singapore’s manufacturing sector: Performance and potential”. Journal ‑ The Institution of Engineers (Singapore),  27, no. 3  (1987): 72‑80.
  243. Chua, K H, M Rahman and M A Mansur, “Performance evaluation of machine tool structures using modal analysis”. The International Journal of Analytical and Experimental Modal Analysis, 2, no. 1  (1987): 43‑49.
  244. Rahman, M, “Factors affecting the machining accuracy of a chucked workpiece”. Precision Engineering ‑ Journal of the International Societies for Precision Engineering and Nanotechnology, 8, no. 1  (1986): 34‑40.
  245. Rahman, M and Y Ito, “Detection of the onset of chatter vibration”. Journal of Sound and Vibration, 109, no. 2  (1986): 193‑205.
  246. Rahman, M and V Narayanan, “Optimisation of error‑of‑roundness in turning processes”. CIRP Annals‑Manufacturing Technology, 35/1  (1986): 377‑380.
  247. Rahman, M and Y Ito, “Stability analysis of chatter vibration in turning processes”. Journal of Sound and Vibration, 102, no. 4  (1985): 515‑525.
  248. Rahman, M, “Effect of clamping conditions on chatter stability in turning processes”. CIRP Annals‑Manufacturing Technology, 34/1  (1985): 339‑342.
  249. Rahman, M and Y Ito, “Some necessary considerations for the dynamic performance test proposed by the MTIRA”. International Journal of Machine Tool Design & Research, 21, no. 1  (1981): 1‑10.
  250. Rahman, M and Y Ito, “Machining accuracy of a workpiece held in a three‑jaw chuck”. Bulletin of the Japan Society of Precision Engineering, 13, no. 1  (1979): 7‑12.
  251. Rahman, M, “Present state of dynamic performance test of machine tools and problems associated with it”. Machinist, 22, no. 1  (1978): 52‑63.
  252. Ito, Y and M Rahman, “Evaluation of dynamic performance of machine tools through direct cutting tests”. JSME International Journal, (1978): 27‑43.

Dr. Mustafizur Rahman

Distinguished Professor Department of Mechanical Engineering (ME) mustafizur.rahman23@gmail.com