See All Resources (213)

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  • Large Difficult Cluster Dataset

    A Dataset, Aerospace Simulation Clustering Experiments - 13 years, 4 months ago

    Shared By: MISTY DAVIES

    A two-dimensional synthetic dataset with 28,802 observations. The dataset visually contains 6 clusters of differing shape and density. There are also some clusters contained within ...

    Image
  • Large Easy Cluster Dataset

    A Dataset, Aerospace Simulation Clustering Experiments - 13 years, 4 months ago

    Shared By: MISTY DAVIES

    This is a MATLAB dataset containing 10000 two-dimensional points in 5 dense, well-separated clusters.

  • Enlarged Fisher Iris Data Set

    A Dataset, Aerospace Simulation Clustering Experiments - 13 years, 4 months ago

    Shared By: MISTY DAVIES

    This MATLAB dataset contains a version of the Fisher Iris Data Set in which each of the original 150 points has been copied 99 times ...

  • HIRENASD Modes at reduced # of nodes

    A Dataset, Aeroelastic Prediction Workshop - Organizing Committee - 13 years, 5 months ago

    Shared By: CAROL WIESEMAN

    This resource includes the Punch file for a reduced set of nodes for use in splining structural modes to aerodynamic surfaces. 176 Nodes

  • HIRENASD medium TECPLOT file

    A Dataset, Aeroelastic Prediction Workshop - Organizing Committee - 13 years, 5 months ago

    Shared By: Markus Ritter

    Unstructured HIRENASD mesh: - medium size (16 million nodes, 39 million elements) - for node centered solvers - TECPLOT Surface file

  • HIRENASD coarse TECPLOT file

    A Dataset, Aeroelastic Prediction Workshop - Organizing Committee - 13 years, 5 months ago

    Shared By: Markus Ritter

    Unstructured HIRENASD mesh: - coarse size (5.7 million nodes, 14.4 million elements) - for node centered solvers - TECPLOT Surface file

  • HIRENASD coarse unstructured

    A Dataset, Aeroelastic Prediction Workshop - 13 years, 3 months ago

    Shared By: Markus Ritter

    Unstructured HIRENASD mesh: - coarse size (5.7 million nodes, 14.4 million elements) - for node centered solvers - 01.06.2011 - caution: dimensions in mm

    meatball
  • HIRENASD coarse structured grid

    A Dataset, Aeroelastic Prediction Workshop - 12 years, 9 months ago

    Shared By: Thorsten Hansen

    blockstructured hexahedral grid, 6.7 mio elements, 24 degree minimum grid angle, CGNS format version 2.4, double precision Binary, Plot3D file Please contact Thorsten Hansen for ...

    meatball
  • HIRENASD medium unstructured

    A Dataset, Aeroelastic Prediction Workshop - 13 years, 3 months ago

    Shared By: Markus Ritter

    Unstructured HIRENASD mesh: - medium size (16 million nodes, 39 million elements) - for node centered solvers - 31.05.2011 - caution: dimensions in mm

    meatball
  • RSW Mixed Element Fine Grid

    A Dataset, Aeroelastic Prediction Workshop - 13 years, 5 months ago

    Shared By: Marilyn Smith

    This is the RSW Mixed Element Unstructured Fine Grid Set.

    meatball
  • RSW Fully Tet Fine Mesh

    A Dataset, Aeroelastic Prediction Workshop - 13 years, 5 months ago

    Shared By: Marilyn Smith

    This dataset is the fully tetrahdral fine mesh for the RSW configuration.

    meatball
  • RSW Fully Tet Fine Mesh

    A Dataset, Aeroelastic Prediction Workshop - Organizing Committee - 13 years, 6 months ago

    Shared By: Marilyn Smith

    This is the fully tetra fine mesh for the RSW based on gridding guidelines.

  • RSW Fully Tet Medium Mesh

    A Dataset, Aeroelastic Prediction Workshop - 13 years, 5 months ago

    Shared By: Marilyn Smith

    This is the fully tetra medium mesh for the RSW based on gridding guidelines.

    meatball
  • RSW Fully Tet Coarse Mesh

    A Dataset, Aeroelastic Prediction Workshop - 13 years, 5 months ago

    Shared By: Marilyn Smith

    This is the fully tetra coarse mesh for the RSW based on gridding guidelines.

    meatball
  • RSW Mixed Element Fine Grid

    A Dataset, Aeroelastic Prediction Workshop - Organizing Committee - 13 years, 6 months ago

    Shared By: Marilyn Smith

    This is the RSW mixed-element fine grid for node-based unstructured solvers. It was built using the grid parameters defined for the workshop.