INL RELAP5-3D Nuclear Reactor Simulation Software Overview
https://inl.gov/relap53d/
RELAP5-3D is a robust modeling and simulation software designed to predict the intricate behavior of nuclear reactor systems.
Nuclear Reactor Simulators for Education and Training
http://www.iaea.org/topics/nuclear-power-reactors/nuclear-reactor-simulators-…
These simulators provide efficient hands-on learning of the physics and engineering designs of various reactor types.
Nuclear Simulation Software - Studsvik
https://www.studsvik.com/key-offerings/nuclear-simulation-software/
+ #### Studsvik is a unique, independent partner that develops safety and efficiency for the global nuclear industry. + Studsvik and new nuclear power. + Studsvik and new nuclear power. ## Leading independent supplier of nuclear fuel management software. Studsvik Scandpower is the global leader in the development and support of nuclear fuel vendor-independent reactor analysis software. We offer a full suite of licensing-grade software and engineering services to support operating utilities, fuel vendors, safety authorities, next-generation reactor developers, and research organizations. Our products are used throughout the world for nuclear reactor fuel and core design, analysis, and operational support. Studsvik Scandpower’s software technologies and expertise improve every aspect of the nuclear fuel cycle. Studsvik Scandpower specializes in software for:. With hundreds of man-years of experience in reactor analysis, Studsvik’s engineers can help organizations with a wide range of core analysis engineering services. Studsvik Scandpower engineering services include:. Studsvik Scandpower’s world-class customer support stands out against the competition.
Key nuclear modeling and simulation software releases new version
https://inl.gov/news-release/key-nuclear-modeling-and-simulation-software-rel…
Idaho National Laboratory has released the latest version of RELAP5-3D, a versatile modeling and simulation tool that predicts complex phenomena happening
Accelerate Nuclear Digital Engineering With Ansys Simulations
https://www.ansys.com/applications/nuclear-power-generation
Digital technologies, including automation, intelligent software, and data analytics, are essential for nuclear power companies to remain competitive and ensure long-term success**.** With over 50 years of industry expertise, Ansys accelerates innovation by solving complex design challenges and advancing low-carbon solutions. Kairos Power uses Ansys simulation to help develop advanced nuclear reactor technology to change how electricity is made. ## Accelerate Digital Engineering with Advanced Ansys Simulation Solutions. Learn how model-based development and simulation can streamline nuclear instrumentation and control software, reduce costs, and meet IEC60880/IEC61508 standards using Ansys SCADE and Twin solutions for automation, validation, and compliance. Dr. Walter Schwarz, Senior Principal Application Engineer at Ansys, has over 35 years of experience in digital engineering, thermosciences, and digital twins including extensive experience supporting the nuclear industry. Dr. Sunil Acharya, Energy Lead at Ansys, has 25 years’ experience in engineering simulation, specializing in materials, multiphysics modeling, and digital twins, including over 15 years supporting the nuclear industry.
All-in-one simulation tool enables faster, smarter fusion reactor design
https://www.ornl.gov/news/all-one-simulation-tool-enables-faster-smarter-fusi…
The tool will utilize the best modeling and simulation tools, advanced machine learning methods and high-performance computing to optimize and accelerate the fusion power plant design process. Collins, who leads the team, said FREDA will be the first fusion modeling tool to connect plasma and engineering models in a self-consistent, modular fashion to perform multiphysics, multi-fidelity analyses of reactor designs using scaled high-performance computational resources. “The models of the systems outside of the plasma, like structural mechanics, computational fluid dynamics, and neutronics analysis, can be quite similar between fusion and fission,” Borowiec said. Ultimately, the goal of FREDA is to create a tool for research organizations and private companies who want to design and build fusion devices for power generation or other scientific purposes. “Integrated modeling for the fusion community has a long, long history, but just now our capabilities are evolving very rapidly, and we have made enough progress to actually apply them to reactor design,” Park said.
PROTEUS | Argonne National Laboratory
https://www.anl.gov/nse/proteus
PROTEUS encompasses the set of advanced neutronics modeling and simulation tools developed at Argonne including cross section generation codes, transport
Simulation Software for designing and testing quicker : r/fusion
https://www.reddit.com/r/fusion/comments/1inbca3/simulation_software_for_desi…
I'm considering developing a sophisticated simulation tool that would enable rapid iterations of fusion reactor designs and architectures. The