- PhD University of Melbourne 1983
- BE(Mech)(Hons) University of Melbourne 1979
Dr. Lam graduated in Mechanical Engineering, Melbourne University in 1979 with first class honours and was awarded the Dixon Scholarship for “Outstanding Academic Achievement”. He obtained his Ph.D. in 1983 from the same University and was awarded the M.H. de Fina Memorial Prize for “The Best Postgraduate Student in the Department”.
Dr. Lam is currently a Professor in the School of Mechanical and Aerospace Engineering (MAE), Nanyang Technological University (NTU). He had held joint appointment as Principal Scientist with SIMTech, and currently a Co-Director of the SIMTech-NTU Joint Lab (Precision Engineering). He was a Fellow of the Singapore-MIT Alliance (SMA) Program. Before joining NTU in 1997, Dr. Lam was a Reader with the Department of Mechanical Engineering, Monash University, Clayton Campus. He was the National President of the Australian Fracture Group; a Director of the Far East Oceanic Fracture Society, Head (Monash Node) of the Co-operative Research Centre of Advanced Composite Structures (CRC-ACS), and was the Program Coordinator for its Tooling and Repair Tasks. He was awarded a plaque by CRC-ACS in 1997 “In Recognition of Service to CRC-ACS”. In 1999, he was invited by the University of Melbourne, Australia to deliver the prestigious Tewksbury Lecture. In 2006, he was invited by Monash University, Australia to deliver the prestigious 2006 Harold Armstrong Memorial Lectures. He was frequently consulted by the industry and had acted as Expert Witness.
Microfluidic Science & Application, Viscoelasticity, Femtosecond Laser, Biofilm, Micro-molding.
|Study of Biofilm’s Biophysics in Controlled Environments Using a Microfluidic Platform|
Biofilms are aggregates of bacteria on interfaces and are bound by an extra-cellular polymer matrix. A microfluidic platform capable of exerting well-defined physical and chemical environments for biofilm studies will be developed. The development of such robust platform has the potential to provide a better understanding of the fundamentals of biofilms, from formation, growth to detachment, through the ability to exert controllable environments on the biofilm.
[Singapore Centre on Environmental Life Sciences Engineering (SCELSE), Micro-Systems & Optics]
|Electroosmotic Flow Hysteresis|
Electroosmotic flow is the flow of fluid in microfluidic channel under an applied electric field. It has been employed for pumping fluid, mixing and separation of samples/analytes in these micro-devices. The hysteretic behaviors when one fluid displacing another fluid under electroosmotic flow will be investigated. It is a fundamental research on the mechanics of electroosmotic flow; the outcome can potentially be applied to enhance pumping and separation efficiency in microchannel.
[Micro-Systems Lab, Micro-Systems & Optics]
Laser irradiation is a fast and clean material removal process, capable of highly selective and localized cutting with minimal effect on the bulk material. Laser can also be employed to modify the surface properties of a polymer. Femtosecond laser irradiation has been employed to modify a polymer surface into hydrophilic or superhydrophobic. The laser material interaction inducing the change of wettability is investigated.
[SIMTech-NTU Joint Lab (Precision Machining), Materials]
Research Staff and Students under supervision
|Lim Chun Yee
|Nguyen Quoc Mai Phuong
|Lim Chun Ping
||Laser Surface Texturing for Functional Surface |
|Lim An Eng
||Direction Dependence of Displacement Time for Two Fluid Electroosmotic Flow |
|Tan Jun Liang
||Desk-top Machine for Manufacturing of Microfluidic Devices |
||Microfluidic Study of Hydrodynamic Effects on Thermophoresis |
||Laser-assisted Surface Modification of Polymers |
|Lim Chun Ping
||Rheological Characterization of Biofluids Using a Microfluidic Platform |
||Visco-elastic Instability in Macro- and Micro-channel Flows |
- Nguyen QMP; Yeo LP; Lok BK; Lam YC, Patterned Surface with Controllable Wettability for Inkjet Printing of Flexible Printed Electronics. ACS APPLIED MATERIALS & INTERFACES 6 (6), 4011-4016, 2014.
- Ling SH; Lam YC; Chian KS, Continuous Cell Separation Using Dielectrophoresis through Asymmetric and Periodic Microelectrode Array. Analytical Chemistry, 84 (15), 6463-6470, 2012
- Wang ZK; Zheng HY; Lam YC, Investigation on femtosecond laser irradiation energy in inducing hydrophobic polymer surfaces, APPLIED SURFACE SCIENCE, 257(24), 10427-10433, 2011.
- Jena RK; Chen X; Yue CY; Lam YC, Rheological (visco-elastic behaviour) analysis of cyclic olefin copolymers with application to hot embossing for microfabrication, JOURNAL OF MICROMECHANICS AND MICROENGINEERING, 21(8), 2011
- Nguyen QMP; Chen X; Lam YC; Yue CY, Effects of polymer melt compressibility on mold filling in micro-injection molding, JOURNAL OF MICROMECHANICS AND MICROENGINEERING, 21(9), 2011.
- Ng WY; Ramos A; Lam YC; Wijaya IPM, Rodriguez I, DC-biased AC-electrokinetics: a conductivity gradient driven fluid flow, LAB ON A CHIP, 11(24), 4241-4247, 2011.
- Tran NK; Lam YC; Yue CY; Tan MJ, Manufacturing of an aluminum alloy mold for micro-hot embossing of polymeric micro-devices, JOURNAL OF MICROMECHANICS AND MICROENGINEERING, 20(5), 2010.
- Lim CY; Lam YC; Yang C, Mixing enhancement in microfluidic channel with a constriction under periodic electro-osmotic flow, BIOMICROFLUIDICS, 4(1), 2010.
- Wang ZK; Zheng HY; Lim CP; Lam YC, Polymer hydrophilicity and hydrophobicity induced by femtosecond laser direct irradiation, APPLIED PHYSICS LETTERS, 95(11), 2009.
- Lam YC; Gan HY; Nguyen NT; Lie H, Micromixer based on viscoelastic flow instability at low Reynolds number, BIOMICROFLUIDICS, 3(1), 2009.
- Manufacturing Processes
- Laser Assisted Manufacturing
- Mathematics 1