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Events: 2016/06

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  • 17 Jun 2016
    8:00 AM PDT 
    to 19 Jun 2016
    5:00 PM PDT 

    2016 PyLith Modeling Tutorial

    Category: Workshop

    This  workshop will focus on providing training in the use of the CIG PyLith software for quasi-static modeling of crustal deformation, with an emphasis on interseismic, coseismic, and postseismic deformation. The training will also include instruction in CUBIT/Trelis for creating...

  • 19 Jun 2016
    12:00 AM PDT 
    to 20 Jun 2016
    12:00 AM PDT 

    2016 Rayleigh Tutorial

    Category: Workshop

    This workshop will provide an introduction to Rayleigh, an efficiently parallel, pseudo-spectral convection code for spherical and cartesian geometries. An overview of the underlying physics, the parallelization, and performance expectations on different architectures will be provided. Following...

  • 20 Jun 2016
    8:00 AM PDT 
    to 22 Jun 2016
    12:00 PM PDT 

    2016 CIG ‘16 Interdiscplinary Directions in Computational Geophysics

    Category: Workshop

    This workshop will focus on the nexus of computational geophysics.  Plenary sessions will focus on the interdisciplinary nature of the research questions driving our science. Through panel discussions and forums, the community is invited to engage in discussion on topics that both connect...

  • 21 Jun 2016
    12:00 AM PDT 
    to 12:00 AM PDT 

    2016 Python Tutorial

    Category: Workshop

    This short, 2 hour crash course will introduce you the scientific Python ecosystem. We will quickly go over Python's syntax and you will learn how to write loops, import other modules, and write your own functions. Afterwards we will demonstrate the basics of Python's scientific...

  • 23 Jun 2016
    8:00 AM PDT 
    to 23 Jun 2016
    12:00 PM PDT 

    2016 Underworld-II Tutorial

    Category: Workshop

    Underworld2 is a python-friendly version of the Underworld geodynamics code which provides a programmable and flexible front end to all the functionality of the code running in a parallel HPC environment. This gives signficant advantages to the user, with access to the power of python libraries...

  • 23 Jun 2016
    8:00 AM PDT 
    to 23 Jun 2016
    5:00 PM PDT 

    2016 ObsPy Tutorial

    Category: Workshop

    This one day course begins with an overview of the ObsPy package (http://obspy.org) and will introduce its major features and capabilities. Step-by-step, you will learn how to use different parts of ObsPy culminating in exercises that tie together the gained knowledge. Participants are...

  • 23 Jun 2016
    1:00 PM PDT 
    to 23 Jun 2016
    5:00 PM PDT 

    2016 ASPECT Tutorial

    Category: Workshop

    This tutorial walks participants through setting up and visualizing a 2D box model in ASPECT. At the end of the tutorial, participants will be able to: Run ASPECT from the command line Understand the basic layout of the parameter files Visualize output in ParaView Specify post...

  • 24 Jun 2016
    12:00 AM PDT 
    to 02 Jul 2016
    11:59 PM PDT 

    2016 ASPECT Hackathon

    Category: Hackathon

    You are invited to apply to attend the third ASPECT Hackathon in Davis, California beginning on June 23, 2016. To further the development of the mantle convection code ASPECT and its user community, current users and developers of ASPECT will be working side-by-side over an...

  • 24 Jun 2016
    8:00 AM PDT 
    to 24 Jun 2016
    12:00 PM PDT 

    2016 SPECFEM3D Tutorial

    Category: Workshop

    In this tutorial we present SPECFEM3D package, which simulates seismic wave propagation in three-dimensional mediums. Two versions of the package are specifically designed to simulate seismic wave propagation at different scales: “Cartesian” version for local simulations and...

  • 24 Jun 2016
    1:00 PM PDT 
    to 24 Jun 2016
    4:00 PM PDT 

    2016 SW4 Tutorial

    Category: Workshop

    This workshop gives a hands-on introduction to the parallel seismic wave propagation code SW4 (Seismic Waves, 4th order). This code solves the seismic wave equations in displacement formulation using a node-based finite difference approach that satisfies the principle of summation by...

2016

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