In radiation transport simulations, the process usually begins with creating a detailed CAD model. However, this model encounters a critical decision point: it must be converted into Constructive Solid Geometry (CSG) or transformed through tetrahedral meshing. Each option has its drawbacks. CSG conversion can lead to faster simulations, but it’s time consuming and fails to fully harness the potential of modern CAD software. Tetrahedral meshing, aiming for precision, often falls short due to its approximate nature and slower computational performance. Both approaches necessitate significant time investments to ensure the model is “water-tight,” crucial for preventing lost particles during simulation.
This process leads to prolonged preparation times, especially when it comes to modeling design changes, exploring parameter spaces, or optimising designs. The need for a solution that bridges the gap between detailed CAD design and efficient, accurate Monte Carlo simulations is evident — this is where Tempest’s Native CAD to Monte Carlo approach steps in.
Tempest is innovatively designed to overcome the limitations of standard radiation transport solutions. By employing direct ray tracing on CAD models, Tempest eliminates the need for CSG conversion or complex geometry meshing. This approach not only accelerates preparation time but also maintains the integrity of the original design, leading to enhanced accuracy in radiation transport simulations. Leveraging cutting‑edge software development techniques, Tempest directly integrates with Cyclone providing a streamlined, precise, and efficient solution for radiation simulations.
Direct CAD Geometry Utilisation:
Tempest performs radiation transport simulations directly on CAD geometry, eliminating meshing or conversion to CSG.
Advanced Ray Tracing and Visualisation:
Leveraging Cyclone’s ray tracer and visualisation tools for accuracy and clarity.
Benchmarked for Reliability:
Thoroughly benchmarked against established validation suites for confidence in performance.
Cyclone-Compatible Syntax:
Seamless integration with Cyclone so results viewing is familiar and effortless.
Rapid Concept-to-Result Transition:
Working directly on CAD dramatically speeds up concept-to-results workflows.
High-Speed Monte Carlo Transport:
Achieve speeds comparable to CSG geometry with native CAD support.
CSG Geometry Support:
Backward compatible with similar codes, supporting CSG as well as CAD.
Integrated Material and Source Databases:
Utilise Cyclone’s inbuilt materials and sources for a streamlined experience.
Are you Interested in shaping the future of radiation transport simulation? Fill out our registration form on this page to express your interest in becoming a beta tester for Tempest. We welcome your expertise and feedback to refine and perfect this new approach to radiation transport.
Tempest, developed with UK expertise, is a versatile tool designed to meet the growing needs of the global nuclear industry. Its applicability extends to civil nuclear projects, medical, and fusion research. As a refined simulation tool, Tempest is adept at facilitating faster and more efficient advancements in nuclear technology. It serves as a practical solution in a world where timely and accurate developments in nuclear technology are increasingly important. Tempest stands as a testament to thoughtful innovation, contributing significantly to the progression of nuclear technology on an international scale.
As a token of our appreciation to the Cyclone community, Cyclone Pro users will be given priority access to the upcoming Tempest beta testing program. Your insights and experience are invaluable to us in this developmental phase.
Are you ready to Make a Difference? Your contribution can drive the evolution of radiation transport simulation. Join us in this exciting journey and be a part of something groundbreaking.
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