\(%%% IMPORTANT: The space that surrounds a parameter from both sides is mandatory! % operators \let\div\divOld \DeclareMathOperator{\div}{div} \DeclareMathOperator{\grad}{\nabla\!} \DeclareMathOperator{\tr}{\mathrm{tr}} % differential operators \newcommand{\diff}{\operatorname{d}} \renewcommand{\d}{\diff\!} % vectors and tensors % \renewcommand{\vec}[1]{\boldsymbol{ #1 }} \newcommand{\tensorq}[1]{\boldsymbol{ #1 }} % shorthand notation for frequently used vectors and tensors \newcommand{\ve}{\vec{e}} \newcommand{\vf}{\vec{f}} \newcommand{\vg}{\vec{g}} \newcommand{\vn}{\vec{n}} \newcommand{\vu}{\vec{u}} \newcommand{\vv}{\vec{v}} \newcommand{\vx}{\vec{x}} \newcommand{\tI}{\tensorq{I}} \newcommand{\tT}{\tensorq{T}} \newcommand{\teps}{\tensorq{\epsilon}} \newcommand{\tsigma}{\tensorq{\sigma}} % norms \newcommand{\norm}[2][]{\lVert #2 \rVert_{ #1 }} \newcommand{\seminorm}[2]{\lvert #2 \rvert_{ #1 }} \newcommand{\abs}[1]{\lvert #1 \rvert} % brackets \newcommand{\bc}[1]{\left( #1 \right)} \newcommand{\be}[1]{\left[ #1 \right]} \newcommand{\bp}[1]{\left\{ #1 \right\}}\)
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V. 2022.Jan.21

User's Documentation:

  • Introduction to the Rafinex Suite
  • User Interface
    • 1. New simulation
    • 2. Upload geometry
  • Prescribed Conditions
    • Loads
      • Introduction
        • Stochastic Distributions
  • Benchmarks
    • Pylon Benchmark
      • Motivation
      • Key Takeaways
        • 1. Deterministic performance
        • 2. Non-deterministic performance
        • 3. Safety factor
        • 4. Variation
        • 5. Load directions
      • Summary of Benchmarks
      • Design space and model setup
      • Methodology
      • Benchmark 1: Three-dimensional distribution
        • Summary and Conclusions
        • Results
      • Benchmark 2: Varying volume target with a three-dimensional distribution
        • Summary and Conclusions
        • Results
      • Benchmark 3: Uniform two-dimensional distribution
        • Summary and Conclusions
        • Results
      • Benchmark 4: Normal two-dimensional distribution
        • Summary and Conclusions
        • Results
  • Theory
    • Linear Elasticity
  • Frequently Asked Questions
    • Which geometry file formats does Möbius support?
    • Why does my STEP file fail to upload?
    • What can I do if my geometry does not mesh?
    • Are there more advanced meshing settings?
    • Why did my simulation fail?
    • Why does the resulting shape look (nearly) the same as my design space?
    • Why do my resulting shapes look the same even though I selected different mesh refinements?
    • How do I check the logs?
    • Where can I find out about the status of the simulation?
    • What are the controls for the visualized geometry?
    • How do I copy my model setup to a new geometry?
    • The GUI is very simple. Is this all you can do with the solver?
    • Do I need to click through the GUI for every single setting, or is there a quicker way?
Rafinex Documentation
  • »
  • Benchmarks

Benchmarks¶

  • Pylon Benchmark
    • Motivation
    • Key Takeaways
      • 1. Deterministic performance
      • 2. Non-deterministic performance
      • 3. Safety factor
      • 4. Variation
      • 5. Load directions
    • Summary of Benchmarks
    • Design space and model setup
    • Methodology
    • Benchmark 1: Three-dimensional distribution
      • Summary and Conclusions
      • Results
    • Benchmark 2: Varying volume target with a three-dimensional distribution
      • Summary and Conclusions
      • Results
    • Benchmark 3: Uniform two-dimensional distribution
      • Summary and Conclusions
      • Results
    • Benchmark 4: Normal two-dimensional distribution
      • Summary and Conclusions
      • Results
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