Tech-X Corporation

5621 Arapahoe Ave.
Suite A
Boulder,  CO  80303

United States
http://www.txcorp.com
  • Booth: 169


Tech-X Corporation, Simulations Empowering Your Innovations.

Tech-X provides Electromagnetics, Plasma, and Radiation Transport simulation software and services for modeling High-Power Microwave devices, Pulsed-Power devices, and Plasma Discharge devices. Tech-X provides accurate solutions in the presence of complex dielectric, magnetic, and metallic shapes. Our software is flexible, high-performance, multi-platform simulation code using state-of-the-art numerical methods to obtain solutions to a wide range of engineering and physics applications. The software runs on laptops, workstations, and supercomputers, and is highly efficient for running on massively parallel systems.


 Press Releases

  • Boulder, Colorado: Tech-X Corporation announced the release of the latest version of VSim, a cross-platform, multiphysics simulation tool built on the powerful Vorpal physics engine. VSim 11.0 has significant new features, including an enhanced user interface, a new cut-cell Poisson solver, and a host of new simulation templates and analyzers. The new features in this latest version bring improvements to speed, accuracy, and user workflow, and will benefit users interested in both electromagnetic and kinetic plasma simulation.

    User interface: Intuitive and Enhanced

    VSim 11.0 was designed with an emphasis on the user experience, and users will notice significant changes to the graphical user interface that make the workflow more intuitive and efficient. In VSim 11.0, users have additional capabilities that allow for increased manipulation of both imported and user-created shapes, which reduces time spent on simulation setup. VSim 11.0 also includes the ability to “heal” flaws that can be introduced when imported CAD files were not generated with the accuracy needed for computational simulation.

    Vorpal Engine: Increased Accuracy and Speed


    Two significant upgrades to the Vorpal simulation engine can be found in VSim 11.0. Users of the kinetic plasma modules in VSim 11 will benefit from a new cut-cell Poisson solver that decreases simulation time and achieves nearly 2nd order accuracy. For users interested in microwave device simulation, a new benchmarked algorithm for space charge limited emission has the ability to work with conformal shapes and accurately handles complicated cases such as secondary electron emission.

    Examples and Templates: Numerous New Additions


    In addition to the interface and engine upgrades, new features to assist with workflow and software learning have been added. Newly built-in analyzers and tools are available for processing simulation data, and VSim can now achieve 2nd order accuracy for farfield calculations during antenna simulation. Numerous new examples have been added for use as training tools or simulation templates including, “Wafer Etching with Plasma”- an example specifically requested
    by Tech-X’s semiconductor clients.

    As the latest release of Tech-X’s flagship product, VSim 11.0 has features that will benefit all users with computationally intensive simulation needs. More information can be found on the company website, and users interested in trying VSim 11.0 can request a free evaluation.

    About Tech-X Corporation:

    Tech-X creates high-fidelity simulation software that incorporates the latest research in computational physics and software development. Because of Tech-X’s parallel processing capabilities, their software simulations can run on laptops as well as the most powerful supercomputers. With applications from plasma discharge calculations to 5G, Tech-X’s software is used by engineers around the world to solve complex design problems.

  • Boulder, Colorado:

    Tech-X Corporation today announced RSim2.0, a cross-platform, CAD-capable radiation simulation tool with a user-friendly interface and visualization.


    “Tech-X is excited to release our new software RSim,” says John Cary, CEO of Tech-X Corporation. “RSim allows engineers to easily predict radiation effects, perform shielding calculations, and assess survivability in harsh surroundings like space.”

    RSim was inspired by calculations for NASA to determine the level and effect of radiation on the Surface Dust Mass Analyzer (SUDA) instrument used in the Europa Clipper mission. After observing a commercial need for user-friendly radiation simulation software, RSim was developed to provide ease of use, CAD import ability, and visualization capabilities. Tech-X anticipates demand for RSim will come from various industries, from nuclear medicine to satellite shielding design.


    Features and benefits of RSim2.0 include:
    • User-friendly interface that enables users to set up simulations without C++ programming or manually editing input files
    • Rich database of over 700 materials pre-loaded and the ability to create new materials as needed
    • Import several CAD formats with shape healing
    • Create complex shapes through Boolean and array operations
    • Create a variety of radiation sources
    • Run verified Monte Carlo simulations
    • Compute multiple volume and mesh quantities, such as energy and dose deposits, cell flux, collision totals, and more
    • 3D visualization to provide qualitative and quantitative analysis


    RSim is the latest product in Tech-X’s line of simulation software, which includes VSim, a multiphysics simulation software package, and USim, a multi-charged-fluid simulation software package.


    RSim is available for purchase now through the Tech-X website. For more information, visit www.txcorp.com/rsim or stop by booth 169.


    About Tech-X Corporation: Tech-X creates high fidelity simulation and analysis software based on the latest computational physics research. Because of Tech-X’s parallel processing capabilities, their software simulations can run on laptops and the most powerful supercomputers. With applications from plasma discharge calculations to 5G, Tech-X’s software is used by engineers worldwide to solve complex design problems.


 Products

  • VSimPD
    VSimPD is a versatile and powerful Particle-In-Cell (PIC) software application specifically optimized for plasma simulation. Quickly and accurately model complex particle dynamics in multiple dimensionalities....

  • VSimPD is a versatile and powerful Particle-In-Cell (PIC) software application specifically optimized for plasma simulation. VSimPD explicitly tracks kinetic particle species in arbitrary-pressure background gasses, including the effects of elastic, excitation, and ionization collisions between electrons, ions, and neutral particles.


    Using Tech-X’s proprietary cut-cell algorithms, combined with VSim’s unique approach of using both FDTD and PIC methods, VSimPD quickly and accurately models complex particle dynamics in multiple dimensionalities. Powerful post-processing capabilities allow for robust analysis, and since VSim was designed to run in parallel, it easily installs on high-performance computing systems. Originally created by Tech-X scientists, who continue to be leading contributors to the fields of plasma and computational physics, VSimPD is the most comprehensive solution for plasma simulation.

  • VSimEM
    Optimized FDTD solver used for simulating electromagnetics, and electrostatics in complex dielectric and metallic environments.VSimEM is the optimal solution for complex electromagnetics and electrostatics....

  • VSimEM is an optimized FDTD solver used for simulating electromagnetics, and electrostatics in complex dielectric and metallic environments. Users of VSimEM can import existing CAD files or build their own unique geometries through the user interface, with numerous options for domain features and boundary
    conditions. In VSimEM, curved geometric structures are simulated by using second-order accurate algorithms, and advanced graphics capabilities display
    detailed field data for in-depth analysis.


    VSimEM can be used for applications including radar equipment, phased array antenna systems, and high power antennas in plasma environments. Capable of
    fully utilizing any computing system available to it, from laptops to National Laboratory supercomputers, VSimEM is the optimal solution for complex electromagnetics and electrostatics.

    VSimEM Applications:

    • EM propagation and dispersion
    • Photonics
    • Radar Cross-Sections
    • Specific Absorption Rate

    VSimEM Advantages:

    • FDTD Code for Complex Simulations
    • Able to Model Large Devices with Billions of Cells
    • Fastest and Most Accurate Far-Field Calculations
    • Subpixel Algorithms for Metals and Dielectrics
    • High-Performance Computing Capable
    • Powerful and Versatile Post-Processing
    • Seamless Integration with All VSim Modules
    • Robust Documentation and Tutorials
    • Superior Customer Support
  • VSim
    VSim is a multiphysics simulation tool used by design engineers and research scientists who require precise solutions for challenging problems....

  • VSim is a multiphysics simulation tool used by design engineers and research scientists who require precise solutions for challenging problems. VSim’s unique combination of Finite-Difference Time-Domain (FDTD), Particle-in-Cell (PIC), and Charged Fluid (Finite Volume) methods delivers accurate results for a variety of situations.

    As a parallel software application, VSim can efficiently handle problems at scale, and simulations run quickly using algorithms designed for high-performance computing systems. Trusted by researchers in 30 countries, and used by engineers in industries from aerospace to semiconductor manufacturing, VSim is the ideal multiphysics simulation tool.

    VSim Advantages

    Powerful and Versatile

    VSim uses both finite-difference time-domain (FDTD) and particle-in-cell (PIC) methods to run computationally intensive electromagnetic, electrostatic, and plasma simulations. As a time-domain solver, VSim can perform a full-wave analysis, obtaining the response over a range of frequencies in one run and also provide transient analysis. With the additional PIC algorithms included in VSim, these same simulations can be run in the presence of plasmas and dielectrics, making VSim the complete simulation tool for design engineers in numerous industries.

    Accurate and Trusted

    With documented accuracy, VSim provides results that users can trust. Created by a team of computational scientists, Tech-X’s code has been cited thousands of times in the scientific literature, and VSim can be found at many of the world’s top research institutions.

    Rapid and Scalable

    FDTD solvers, such as VSim, are considered the preferred choice for complex problems with a large number of unknowns. With Tech-X’s proprietary cut-cell algorithms, VSim obtains high accuracy without increasing run times. With VSim’s scalable parallel computing capability, very large problems can be solved efficiently on clusters and the largest supercomputers.


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