Ka Ling Wu

Software Product Lead | Multidisciplinary Engineer

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  • Flow Adjustment Inside and Around Large Finite-Size Wind Farms

    Flow Adjustment Inside and Around Large Finite-Size Wind Farms

    Energies 2017, 10(12), 2164; doi:10.3390/en10122164 Article: Flow Adjustment Inside and Around Large Finite-Size Wind Farms In this study, large-eddy simulations are performed to investigate the flow inside and around large finite-size wind farms in conventionally-neutral atmospheric boundary layers. Special emphasis is placed on characterizing the different farm-induced flow regions, including the induction, entrance and development, fully-developed, […]

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    Wu Ka Ling

    February 9, 2018
    Engineering Projects, Home, Publications
  • Nanofluid flow and heat transfer in boundary layers at small nanoparticle volume fraction: Zero nanoparticle flux at solid wall

    Nanofluid flow and heat transfer in boundary layers at small nanoparticle volume fraction: Zero nanoparticle flux at solid wall

    Arch. Mech., 69, 1, pp. 75-100, Warszawa 2017 Article: Nanofluid flow and heat transfer in boundary layers at small nanoparticle volume fraction: Zero nanoparticle flux at solid wall The continuum formulation is applied to the developing boundary layer problem, which approximates the entrance region of nanofluid flow in micro channels or tubes. The thermophysical properties […]

    Wu Ka Ling

    January 1, 2017
    Engineering Projects, Home, Publications
  • Simulation of an Oscillating Hydrofoil near Boundaries

    Simulation of an Oscillating Hydrofoil near Boundaries

    67th Annual Meeting of the APS Division of Fluid Dynamics Volume 59, Number 20, San Francisco, CA Abstract: D24.00001: Simulation of an Oscillating Hydrofoil near Boundaries An oscillating hydrofoil in freestream flow is computationally investigated for the application of a novel hydrokinetic energy device. The hydrofoil is prescribed a rigid body sinusoidal motion in pitch […]

    Wu Ka Ling

    December 13, 2014
    Engineering Projects, Publications
    Brown University, CFD, Computational, dynamic mesh
  • A Moving Mesh Approach for Flow Simulations of an Oscillating Hydrofoil

    A Moving Mesh Approach for Flow Simulations of an Oscillating Hydrofoil

    • Investigated the feasibility of using dynamic mesh approach to simulate oscillating hydrofoil motion in Computational Fluid Dynamic (CFD) model • Implemented direct numerical simulation, used PISO algorithm and PimpleDyMFoam solver to conduct the CFD simulation in OpenFOAM • Post-processed the CFD simulation results using Tecplot and ParaFoam • Validated the results (i.e. flow fields, […]

    Wu Ka Ling

    May 28, 2014
    Engineering Projects, Publications
    CFD, Computational, dynamic mesh, Fluid Dynamics, Hydrofoil, mesh deformation, moving mesh, non-inertial reference frame, OpenFOAM, Oscillating, PISO, Vortex
  • Capstone Project: Design of Providence Pedestrian Bridge

    Capstone Project: Design of Providence Pedestrian Bridge

    • Designed the steel truss structure of the canopies with tampered metal cladding for the Providence Pedestrian Bridge • Used SAP2000 to model and analyzed the gravity load carrying and lateral force resisting system of the steel canopies Project Report Project Presentation

    Wu Ka Ling

    May 6, 2014
    Engineering Projects
    Canopy, Pedestrian Bridge, Providence, SAP, Steel, Truss Structure
  • Design Project of Brown University Residence Hall

    Design Project of Brown University Residence Hall

    • Designed a dormitory with five floors of steel structure, two floors of concrete structure and its footing system • Used RAM to model and analyzed the gravity load carrying, lateral force resisting system and footing system of the building • Optimized the building design based on cost estimation, member size and amount of material […]

    Wu Ka Ling

    December 18, 2013
    Engineering Projects
  • Combined Solar Thermal and Photovoltaic System Design Project, Brown University, RI

    Combined Solar Thermal and Photovoltaic System Design Project, Brown University, RI

    Course: ENGN 1930U Sustainable Energy Technologies  – Brown University Collaborated with Brent Lunghino, Erik Berg, Hannah Rose Schonwald, Lillian Mirviss, Robert Rozansky, Yuna Saiki. Update on Solar-thermal Panel Largest in Country Sexy Solar Manual Mounting System                

    Wu Ka Ling

    May 25, 2012
    Engineering Projects
    Brown University, Renewable Technologies, Solar, Solar Panel, Sustainability, Themal
  • Beyond the Bottle

    Beyond the Bottle

    “Beyond the Bottle” is a Brown campus campaign organized by Empower, an awareness group at Brown. The objective of this campaign is to encourage Brown students to reduce the use of bottled water through the use of tap and reusable water bottles.

    Wu Ka Ling

    April 23, 2012
    Competitions and Awards
    Brown University, Environment, Sustainability, Tap water, Water bottles
  • Green Argument – Practicability and Future of Solar Parabolic Cookers (SK-14) in Nepal – Why Should Nepalese Government Introduce SK-14 to the Community.

    Green Argument – Practicability and Future of Solar Parabolic Cookers (SK-14) in Nepal – Why Should Nepalese Government Introduce SK-14 to the Community.

    Course: ENVS 0410 Environmental Stewardship  – Brown University Green Argument – Solar Parabolic Cookers (SK-14) in Nepal

    Wu Ka Ling

    March 5, 2012
    Engineering Projects
    Environment, Nepal, SK-14, Social enterprise, Social entrepreneurship, Solar cooker
  • Social Entrepreneurial Case Study – Madagas

    Social Entrepreneurial Case Study – Madagas

    Course: ENGN 1930V Engineers of the Future – Architects of dream – Brown University Collaborated with David Sanz, Dylan Stein and Eric Shine. Madagas Case Study

    Wu Ka Ling

    December 18, 2011
    Engineering Projects
    Biogas, Madagascar, Social entrepreneurship, Water pollution
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