College of Engineering

Search CurateND

Search criteria:

Department or Unit: College of Engineering remove ×
Clear all

List of files deposited in CurateND that match your search criteria

  • Author(s):
    Simon Hinnekens
    Abstract:

    Thanks to improvements in biomedical research, biomechanics now combines physiotherapy with models and simulations using motion capture systems. Among possible movements, the lunge motion is often studied as it is a common exercise for muscular training and rehabilitation in which the hip extensors are the dominant muscles. Long and deep lunges are of particular interest because they require greater hip motion in both front and rear legs. In this thesis, markerless motion capture data from 12…

    Date Created:
    2018-04-09
    Resource Type
    Document
  • Author(s):
    Simon Hinnekens
    Abstract:

    Thanks to improvements in biomedical research, biomechanics now combines physiotherapy with models and simulations using motion capture systems. Among possible movements, the lunge motion is often studied as it is a common exercise for muscular training and rehabilitation in which the hip extensors are the dominant muscles. Long and deep lunges are of particular interest because they require greater hip motion in both front and rear legs. In this thesis, markerless motion capture data from 12…

    Date Created:
    2018-04-09
    Resource Type
    Document
  • Creator(s):
    Indrajith D Nissanka, David H Richter
    Description:

    This set of data set include the required data to re generate the figures given in the manuscript “Parameterized vertical concentration for aerosols in marine atmospheric boundary layer”

    Date Created:
    2018-04-09
  • Creator(s):
    Peter Ivie, Douglas Thain
    Description:

    Welcome to the preserved archive of workflows in the paper submitted to Concurrency & Computation: Practice & Experience entitled “Using PRUNE to reproducibly manage the data requirements in computational science.”

    Date Created:
    2018-03-13
  • Author(s):
    Tianze Peng, David Richter
    Abstract:

    Sea-spray droplets ejected into the air-sea boundary layer take part in a series of complex transport processes. To model the air-sea exchange of heat under high-wind conditions, it is important yet challenging to understand influences of evaporative droplets in the atmospheric boundary layer. We implement a high-resolution Eulerian-Lagrangian algorithm with varied droplets laden in a turbulent open-channel flow to reveal the dynamic and thermodynamic characteristics of droplets. Our past num…

    Date Created:
    2017-12-14
    Resource Type
    Presentation
  • Author:
    Saurabh Nagrecha
    Advisory Committee:
    Sidney D'Mello, Nitesh Chawla, Tim Weninger, Reid Johnson
    Degree Area:
    Computer Science and Engineering
    Degree:
    PhD
    Defense Date:
    2017-05-05
  • Author(s):
    Lisa Maria Kritzinger , Thomas Krismayer , Michael Vierhauser, Rick Rabiser, Paul Grünbacher
    Abstract:

    Industrial software systems are often systems of systems (SoS) whose full behavior only emerges at runtime. The systems and their interactions thus need to be continuously monitored and checked during operation to determine compliance with requirements. Many requirements monitoring approaches have been proposed. However, only few of these come with tools that present and visualize monitoring results and details on requirements violations to end users such as industrial engineers. In this tool…

    Date Published:
    2017-10
  • Author:
    Sara Fathipour
    Advisory Committee:
    Alan Seabaugh
    Degree Area:
    Electrical Engineering
    Degree:
    PhD
    Defense Date:
    2017-09-21
  • Author:
    Chao Luo
    Advisory Committee:
    Yih-Fang Huang
    Degree Area:
    Electrical Engineering
    Degree:
    PhD
    Defense Date:
    2017-08-08
  • Author:
    Mohammed S. Kamel
    Advisory Committee:
    Aleksandar Jemcov, Scott Morris, Eric Jumper, Meng Wang
    Degree Area:
    Aerospace and Mechanical Engineering
    Degree:
    PhD
    Defense Date:
    2017-06-20
  • Creator(s):
    GENEVIEVE Vigil
    Description:

    Matlab code that computes the effective point spread functions (EPSF) that results from exciting a two level fluorescence system with modulated excitation in saturation. The model is based on solving the rate equation for the two level system accounting for two photon absorption, stimulated and spontaneous emission. Each PSF is solved for every time pulse and point in 3 dimensional space in a series of loops over sinusoidally modulated excitation signals.

    Date Created:
    2017-05-09
  • Creator(s):
    Tianze Peng, David Richter
    Description:

    This spreadsheet contains data of figures in “Influence of Evaporating Droplets in the Turbulent Marine Atmospheric Boundary Layer” published in Boundary Layer Meteorology by Springer.

    Title Influence of Evaporating Droplets in the Turbulent Marine Atmospheric Boundary Layer
    Journal Boundary-Layer Meteorology, (online first), 1-22 DOI 10.1007/s10546-017-0285-7

    Date Created:
    2017-04-26