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A Revolution in Simulation!

The Rev-Sim.org website provides professional resources and a collaborative community to help increase the value of engineering simulation (CAE) investments through the Democratization of Simulation. By the process of “democratization” CAE experts can put the power of simulation safely and robustly into the hands of those who are not experts in using simulation software, including designers, new engineers and even those in technical sales and support.

The Rev-Sim portal provides access to the latest success stories, news, articles, whitepapers, blogs, presentations, videos, webinars, best practices and reference materials to help democratize simulation in your organization. Ask questions and participate in discussions with your peers and with the expert Topic Moderators on the site.

You’ll also have one-stop access to simulation specialists, industry organizations, special interest discussion groups, and industry media, along with software and consulting service providers to accelerate the return on your simulation investments through democratization.

Join the Revolution in Simulation here to explore, educate, innovate, and collaborate with others who are advancing the power, reach, and reliability of engineering simulation!

  • Success Stories

    What good is a revolution if it doesn’t result in change? See how companies are achieving measurable improvements in time savings, simulation data…

  • Rev-Sim Webinar Series:
    Democratizing Simulation

    Can Non-Experts Safely Utilize Advanced Modeling and Workflows? The presenters highlight two industry case studies to demonstrate democratization at work.
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  • Your Turn to Contribute!

    Rev-Sim.Org is a collaboration driven by simulation experts, non-experts and users like you!  Send us your Democratizing Simulation content and we’ll review and add it to the site if its a good fit.

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  • Featured Blogger

    Jamie Gooch is editorial director of Digital Engineering. He is responsible for fulfilling DE‘s mission to guide its audience to technologies that optimize the product design and development process.

    Latest Posts

What's New

  • Rev-Sim Coffee Break: Part 5

    Rev-Sim Coffee Break Series:  Democratizing High Performance Computing – Air Bag Simulation with ANSYS LS-DYNA

    Solution Providers:

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    A RevSim (RevolutioninSimulation.com) virtual coffee break short video presented by Wolfgang Gentzsch of The UberCloud. This case study features Air Bag Simulation with ANSYS LS-DYNA.

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  • BellaSeno used SimScale to maximize fluid flow through its high-end 3D printed implants Senella®

    Success story featuring BellaSeno – a preclinical stage medical device startup aiming to introduce a new generation of absorbable implants for breast reconstruction.

    Solution Providers:

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    The technological success of the Senella® platform depends upon efficient vascularisation of the porous space within the implant volume such that the infiltrating tissue is adequately nourished.

    Due to this, it is very important that the pore architecture of the implant is designed to maximise fluid flow (and maximize fluid contact with the implant surfaces).

    View Story
  • Rev-Sim Coffee Break Series: Part 2 – BWAY Buckets

    Case study showcasing the democratization of HPC services and resources for everyday business purposes.

    Solution Providers:

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    A RevSim (RevolutioninSimulation.com) virtual coffee break short video highlighting the virtual modeling and simulation of plastic buckets by BWAY as an example industrial case study showcasing the democratization of HPC services and resources for everyday business purposes.

    View Story
  • Rev-Sim Coffee Break Web Series: Part 9

    Rev-Sim Coffee Break Webinar Series. HPC (High Performance Computing) Part 9: Radial Fan CFD Simulation

    Solution Providers:

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    UberCloud’s Wolfgang Gentzsch presents a case study detailing High Performance Computing in support of CFD Radial Fan Simulation.

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  • Rev-Sim Virtual Coffee Break: Part 4

    A RevSim virtual coffee break short video featuring a Greenlight Optics Case Study.

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    Through the Ohio Supercomputer Center Greenlight Optics was able to model thermal properties involved in producing an injection-molded lens used for collimating LED light.

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  • Akselos announces R&D project with the Oil and Gas Technology Centre

    Akselos to generate Digital Twins of pressure vessels within the OGTC robotics program.

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    Optimal design uses live, real world data from existing assets in monitoring process. Aim to combine with robotic inspection to reduce cost and downtime.
    Predictive digital pioneer, Akselos, has secured funding from technology accelerator, the Oil and Gas Technology Centre (The OGTC), to advance research and development in to digital twin technology for the oil and gas industry.


    View Blog Post
  • On-Demand Webinar: Integrating Carbon Capture & Storage Technology Using Simulation

    Carbon Capture and Storage (CCS) technology is steadily emerging as a leading technology for the decarbonization of large-scale commercial powerplants. In this blog, researchers of The Norwegian University of Science and Technology study the effectiveness and implementation of CCS technology using Modelon's modeling and simulation solutions.

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    Decarbonization and sustainable development of power systems have become top priorities in the power sector. In order to achieve an environmentally sustainable and stable power system, thermal power plants need to become more flexible, efficient, and produce lower specific emissions than what they do today. Therefore, one of the biggest challenges power sector companies face is successfully transitioning towards decarbonized power systems while being smart about investment and accounting for the variability of both renewable energy sources and demand.   

    Modelon teamed up with researchers from the Norwegian University of Science and Technology (NTNU) to prove how Modelon’s Thermal Power Library can be used to design a more flexible and decarbonized power plant. In this webinar, our presenters will walk us through their study of building a scalable plant model, using data from a large-scale pilot plant to validate their model, designing control structures, and effectively integrating Carbon Capture & Storage (CCS) technology to lower power plant emissions.

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  • FEA Modeling for Change

    This article reviews some ways in which FEA modeling can anticipate design changes and keep ahead of the curve.

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    Many of you will have been faced with a situation where a design is changing rapidly and finite element analysis (FEA) simulation is struggling to keep up. Changes in geometry have a knock-on effect on the mesh, loads and boundary condition strategy. In this scenario, it is difficult to keep FEA in a proactive role in providing design direction, rather than being used in a reactive checking mode.

    View Article

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