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Division of Engineering Mechanics

Solid Mechanics

	ANG Hock Eng Associate Professor Tel: 6790 5512 Email: MHEANG@ntu.edu.sg Office: N3-02a-20 Home Page	Research areas Fracture Mechanics analysis using boundary element method. Instrumentation and Control of fluid power systems.
	CHOU Siaw Meng Associate Professor Tel: 6790 4958 Email: MSMCHOU@ntu.edu.sg Office: N3.2-02-71 Home Page	Research areas Orthopaedic biomechanics. Buckling of cold-formed thin-walled structures.
	FAN Hui Associate Professor Tel: 6790 4860 Email: MHFAN@ntu.edu.sg Office: N3.2-02-11 Home Page	Research areas Micromechanics and its applications in composite and modern materials. Fracture mechanics and dislocation theories. Material and micro-system evolution under non-equilibrium thermodynamics scheme.
	HOON Kay Hiang Associate Professor Tel: 6790 5898 Email: MKHHOON@ntu.edu.sg Office: N3-02a-22 Home Page	Research areas Buckling and stress analysis of thin-walled steel and composite structures. Structural testing and analysis.
	HUANG Weimin Associate Professor Tel: 6790 4859 Email: MWMHuang@ntu.edu.sg Office: N3.2-02-11 Home Page	Research areas Shape memory polymers and composites. Shape memory alloys. Thin films. Laser local annealing. Indentation size effect. Micro/nano patterning/fabrication. Nanocoils. Yield surface of materials. Materials selection. Devices/materials for minimally invasive surgery.
	LU Guoxing Associate Professor Tel: 6790 5589 Email: GXLu@ntu.edu.sg Office: N3-02c-115 Home Page	Research areas Energy absorption of metallic structures and cellular materials.
	NG Heong Wah Associate Professor Tel: 6790 5021 Email: MHWNG@ntu.edu.sg Office: N3.2-02-08 Home Page	Research areas FEA of thermal-elastic problems. Remaining life assessment, creep-fatigue, ratchetting and design of pressure vessel components. LOCA modelling. Multibody impact. Stress modelling of plasma sprayed ceramic coatings.
	ONG Lin Seng Associate Professor Tel: 6790 5528 Email: MLSONG@ntu.edu.sg Office: N3-02c-76 Home Page	Research areas Optical fibre sensors for smart structure applications. Stress analysis of cylindrical pressure vessels. Pressure vessel codes and practice. Local loads on shell structure. Finite element analysis.
	PANG Hock Lye, John Associate Professor Tel: 6790 5514 Email: MHLPANG@ntu.edu.sg Office: N3-02b-55 Home Page	Research areas Micro/Nano-mechanical deformation analysis. Nano-indentation analysis of strain-rate effects. Intermetallic compound diffusion kinetics. Constitutive modelling of lead-free solders. Fatigue and fracture mechanics. Design for reliability of microelectronic assemblies.
	SEAH Leong Keey Associate Professor Tel: 6790 4824 Email: MLKSEAH@ntu.edu.sg Office: N3-02b-46 Home Page	Research areas Buckling behaviour of steel structure. Design of cold-formed steel structure. Experimental stress analysis. Structural analysis and testing. Optical Fibre Sensor. Smart Structures.
	TAN Soon Huat Associate Professor Tel: 6790 4837 Email: MSHTAN@ntu.edu.sg Office: N3.2-02-01 Home Page	Research areas Analysis and testing of steel and cold-formed thin-walled structures. Structural connections. Experimental stress analysis. Biomedical Engineering: Field of Orthopaedics, especially the human spinal vertebrae and hand.
	TEO Ee Chon Associate Professor Tel: 6790 5529 Email: MECTEO@ntu.edu.sg Office: N3-02b-44 Home Page	Research areas Orthopaedic biomechanics: Development of finite element models of spine and knee joints for simulation and implant devices analyses. Structural integrity analysis of off-shore deep seas connectors.
	WU Mao See Associate Professor Tel: 6790 5545 Email: MMSWu@ntu.edu.sg Office: N3.1-B2c-13 Home Page	Research areas Micromechanics of defects: disclinations, dislocations, microcracks. Simulation and analysis of materials: polycrystal and grain boundary modelling. Fracture mechanics: crack interactions, cohesive cracks, crack nucleation.
	XIAO Zhongmin Associate Professor Tel: 6790 4726 Email: MZXIAO@ntu.edu.sg Office: N3.2-02-06 Home Page	Research areas Fracture and fatigue analysis. Mechanics of nano-scale materials and applications. Micromechanics study of interacting defects in advanced engineering materials. Piezoelectric materials and their applications. Interfacial crack problems in composite materials. Fabrication and computational modelling of MEMS devices.

Dynamics, Vibration & Acoustics

	LING Shih Fu Professor Tel: 6790 6239 Email: MSFLING@ntu.edu.sg Office: N3-02b-43 Home Page	Research areas Development of sensor and actuators. Methods of in-situ and in-process dynamic measurement. Monitoring and diagnosis of mechanical systems and manufacturing processes. Characterisation of mechanical properties of materials. Mechanical vibration and noise engineering.
	LIM Mong King Professor Tel: 6790 6800/5838 Email: MMKLIM@ntu.edu.sg Office: N3.2-01-26 Home Page	Research areas Structural dynamics modelling. Smart (piezoelectric/magnetostrictive) materials modelling for transducer/sensor applications. Computational nanoscience/BioMEMS. Multiscale simulations. Noise and Vibration control.
	NADER Vahdati Associate Professor Tel: 6790 4332 Email: MNader@ntu.edu.sg Office: N3.1-B2c-09 Home Page	Research areas Dynamic systems and controls. Passive, semi-active, and active noise and vibration control. Controllable fluids (ER and MR fluids) and devices. Rubber engineering and rubber fracture mechanics. Fluid mounts and dampers.
	SHU Dong Wei, David Associate Professor Tel: 6790 4440 Email: MDSHU@ntu.edu.sg Office: N3.2-02-19 Home Page	Research areas Drop testing simulation of Seagate micro hard disk drives used in IPod and MP4. Buckling, vibration detection and stitching in fibre reinforced plastics with delamination. Hopkinson bars. Smart material sensors in vibration control. Robustness, fragility and drop test of consumer electronics products.
	YAP Fook Fah Associate Professor Tel: 6790 4724 Email: MFFYAP@ntu.edu.sg Office: N3.2-02-15 Home Page	Research areas Industrial Noise & Vibration;Multibody Dynamics and SimulationMechanics of Micro-Systems.

Numerical Methods

	LAM Khin Yong Professor Associate Provost Graduate Education & Special Projects Tel: 6513 8281 Email: lamky@ntu.edu.sg Office: ADM 02-09 Home Page	Research areas Computational mechanics. Development of refined meshless (element-free) techniques. Smart (piezoelectric/magnetostrictive) materials modelling for active control. Computational nanoscience/BioMEMS. Multiscale simulations.
	ANG Whye Teong Associate Professor Tel: 6790 5937 Email: MWTAng@ntu.edu.sg Office: N3.2-02-30 Home Page	Research areas Applied and engineering mathematics. Applied mechanics. Boundary element techniques. Stress analysis around cracks. Heat transfer. Non-classical initial-boundary value problems in engineering and physical sciences.
	NG Teng Yong Associate Professor Tel: 6790 4797 Email: MTYNg@ntu.edu.sg Office: N3.1-B2c-07 Home Page	Research areas Computational Nano-Science - Multiscale Simulation; Modeling and Simulation of Nanostructures; Mathematical Modeling of Hydrogel-Based MEMS Devices; Development of Meshless (Element-Free) Techniques; Smart Materials: Piezoelectric / Magnetostrictive / Shape Memory Alloys; Dynamic Stability, Vibration and Control of Plates and Shells; Variational and Finite Element Techniques for Structural Analysis; Composite Laminates and Functionally Graded Materials; Chaos and Control of Nonlinear Dynamic Systems; Structural Optimization - via Genetic Algorithms (GA).
	RAJENDRAN Sellakkutti Associate Professor Tel: 6790 5865 Email: MSRajendran@ntu.edu.sg Office: N3.2-02-29 Home Page	Research areas Development of mesh-distortion-tolerant finite elements. Hybrid FE-meshless methods. Molecular Dynamics (MD) simulation of carbon nanotubes. Computational methods for large eigenproblems. Simulation of MEMS. Delamination buckling of composites.
	TAI Kang Associate Professor Tel: 6790 4444 Email: MKTAI@ntu.edu.sg Office: N3.2-02-76 Home Page	Research areas Optimisation. Evolutionary and genetic algorithms. Structural design optimisation. Design of compliant mechanisms (flexural structures) by topology and shape optimisation. Unfolding and geometric design of flat patterns of 3D folded structures.
	LI Hua Assistant Professor Tel: 6790 4953 Email: LiHua@ntu.edu.sg Office: N3-02c-112 Home Page	Research areas Multi-physics modelling of smart hydrogels, BioMEMS and MEMS. Development of novel efficient numerical methods. Multiscale-materials modelling. Dynamics of high-speed rotating structures. Mechanics of plates and shells of composite materials.
	WONG Chee How Assistant Professor Tel: 6790 5913 Email: CHWONG@ntu.edu.sg Office: N3.2-02-28 Home Page	Research areas Molecular dynamics simulation; modeling of nano-materials; nano-mechanics; hard disk drive head-disk interface; thermal protrusion in hard disk drive.

Micro-Mechanics and Applied Physics

	ASUNDI Anand Professor Tel: 6790 5936 Email: MASUNDI@ntu.edu.sg Office: N3.2-02-79 Home Page	Research areas Photomechanics. Optical Sensors. Digital Imaging and JAVA-based Image Processing. Optical Tomography. 3-D Profilometry. Imaging through turbid medium. Dental Biomechanics. Smart Structures. Moire Interferometry. Optical MEMS.
	DU Hejun Associate Professor (Head, EM Division) Tel: 6790 5521 Email: MHDU@ntu.edu.sg Office: N3-02b-35 Home Page	Research areas Miniaturised actuators. MEMS. Bio-MEMS. Compliant mechanisms. Computational mechanics.
	MIAO Jianmin Associate Professor Tel: 6790 6038 Email: MJMMiao@ntu.edu.sg Office: N3.2-02-20 Home Page	Research areas Fabrication technologies, design and measurement techniques for micro/nano electro mechanical systems (MEMS/NEMS).
	LAU Gih Keong Assistant Professor Tel: 6790 6825 Email: MGKLau@ntu.edu.sg Office: N3.2-01-30 Home Page	Research areas Polymer actuator, electroactive polymer (EAP), microfabrication, micro-electro-mechanical systems (MEMS), topology optimization, compliant mechanisms
	ZHENG Lianxi Assistant Professor Tel: 6790 4163 Email: LXZheng@ntu.edu.sg Office: N3.2-02-49 Home Page	Research areas "Smart" nanotube based bio-sensors. Full CNT electronics and ICs. Nanowire and nanoparticles for solar cells/lighting applications. Novel enable technologies on nano-materials synthesis. Traditional semiconductor material and devices. Thin film deposition and crystal epitaxy, and High-strength nanotube fibers.

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