Dr. WONG Pat Lam Patrick (黃柏林)

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Projects

  1. Automation in Construction Industry

    WONG, P. L. P., LUK, B. L., TAM, H. Y. & YANG, Z.

    2/09/19 → …

    Project: Research

  2. Gypsum Block Wall Laying System

    WONG, P. L. P., LUK, B. L., TAM, H. Y., YANG, Z. & CHAN, M.

    2/09/19 → …

    Project: Research

  3. New Role of Oil Dewetting to Promote Lubrication under Starved or Limited Lubricant Supply Conditions

    WONG, P. L. P.

    1/09/19 → …

    Project: Research

  4. Facilitating Hydrodynamic Lubrication of Zero-entrainment-velocity Contacts in Retainerless Ball Bearings Based on Boundary Slip

    WONG, P. L. P.

    1/09/17 → …

    Project: Research

  5. An Invention of the Slip/Non-slip Roller Bearing

    WONG, P. L. P.

    1/06/17 → …

    Project: Research

  6. Optimization and Enhancement of Oil Supply for Hydrodynamic Slider Bearing through Tailored Surface Effects

    WONG, P. L. P.

    1/01/17 → …

    Project: Research

  7. Experimental Study of Lubricant Quantity Effect on Thin Film Hydrodynamic Lubrication

    WONG, P. L. P.

    1/09/15 → 2/03/18

    Project: Research

  8. Elastohydrodynamic Lubrication Analysis for Quarter-Space Problems

    WONG, P. L. P. & ZHANG, Z.

    1/01/15 → 11/12/18

    Project: Research

  9. On Heterogeneous Protein Adsorption in the Thin Film Lubrication with Model Synovial Lubricants

    WONG, P. L. P.

    1/01/14 → 1/12/17

    Project: Research

  10. Enabling Real-Time Detection of the Growth of Protein Adsorption Layer with Simulated Synovial Fluids

    WONG, P. L. P. & GUO, F.

    1/05/12 → 12/03/14

    Project: Research

  11. Effects of Interface Affinity on Friction in Lubricated Sliding Contacts

    WONG, P. L. P. & ZHOU, X.

    1/09/11 → 3/08/15

    Project: Research

  12. Development of a New General Solution for Elastic Quarter-space Problems Based on Matrix Formulation

    WONG, P. L. P. & WANG, W.

    1/05/11 → 3/04/13

    Project: Research

  13. Developing Superoleophobic Nanocomposite for Understanding and Controlling Slippage Phenomenon

    WANG, Z. & WONG, P. L. P.

    1/10/10 → 4/10/12

    Project: Research

  14. A Novel Technique for Slip Length Measurement in Elastohydrodynamic Lubricated Contact

    WONG, P. L. P.

    1/09/10 → 30/04/14

    Project: Research

  15. Study of the Interfacial Slippage Characteristics of Traction Fluids

    WONG, P. L. P.

    1/05/09 → 21/09/11

    Project: Research

  16. Experimental Study on Extension of Stabilized Range of Diamagnetic Levitation

    WONG, P. L. P. & LIU, K. P. L.

    1/04/09 → 11/02/11

    Project: Research

  17. Study of the Wall-slippage of Lubricants in Non-conformal Contact using a Novel Experimental Scheme

    WONG, P. L. P.

    1/01/09 → 22/08/11

    Project: Research

  18. Novel Design of Active Controlled Journal Bearings using Actuators Based on Giant Magnetostrictive Material (GMM)

    WONG, P. L. P. & LIU, K. P. L.

    1/10/07 → 4/02/10

    Project: Research

  19. Quantitative Determination of Slip-length of Liquid Lubricant in Highly Pressurised Non-conformal Contacts

    WONG, P. L. P.

    1/04/07 → 27/02/09

    Project: Research

  20. Applicability of Porous Metals in Magneto-rheological Fluid Damping Applications

    WONG, P. L. P. & WANG, W.

    1/01/07 → 23/09/09

    Project: Research

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