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pyLife 2.3.1.post1.dev62+g2bcf718fd documentation - Home pyLife 2.3.1.post1.dev62+g2bcf718fd documentation - Home
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  • Getting started
  • Learn
  • Reference
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  • About
  • GitHub
  • PyPI

Section Navigation

  • Getting started
  • Learn
    • Tutorials
      • The WoehlerCurve data structure
      • Rainflow counting
      • Load Collectives and Load Histograms
      • The concept of stress and strength
      • How to import VMAP meshes
    • pyLife Cookbook
      • Life time Calculation
      • FKM Nonlinear demo
      • FKM Nonlinear - full algorithm step-through
      • Ramberg Osgood relation
      • Wöhler analyzing functions
      • Hotspot calculation demo
      • Stress gradient calculation
      • Local stress approach
      • PSD Optimizer
      • Time series handling
      • How to import VMAP meshes
    • pyLife user guide
      • The Data Model of pyLife
      • The pyLife Signal API
      • The Signal Broadcaster
      • Glossary
  • Reference
    • pyLife core
    • The pyLife stress subpackage
      • The timesignal module
      • The frequencysignal module
      • The rainflow module
        • The ThreePointDetector class
        • The FourPointDetector class
        • The FKMDetector class
        • The FKMNonlinearDetector class
        • The AbstractDetector class
        • The LoopValueRecorder class
        • The FullRecorder class
        • The FKMNonlinearRecorder class
        • The AbstractRecorder class
      • The module for load collectives
      • The equistress module
      • The stresssignal module
    • The pyLife strength subpackage
      • The Fatigue class
      • The miner module
      • The meanstress module
      • The FailureProbability class
      • The damage_parameter module
      • The fkm_load_distribution module
      • The fkm_linear functions
      • The fkm_nonlinear functions
      • The fkm_nonlinear.parameter_calculations module
      • The classes for damage calculation
      • The woehler_fkm_nonlinear module
    • The pyLife materiallaws subpackage
      • The hookeslaw module
      • The RambergOsgood class
      • The WoehlerCurve class
      • The true_stress_strain module
      • The notch approximation law classes
    • The woehler module
      • Notes on Wöhler analysis
      • The woehler module overview
      • The FatigueData class
      • The Elementary class
      • The Probit class
      • The MaxLikeInf class
      • The MaxLikeFull class
      • The pearl_chain module
      • The likelihood module
    • The pyLife mesh subpackage
      • The mesh module
        • The PlainMesh class
        • The Mesh class
      • The HotSpot class
      • The Gradient class
      • The Gradient3D class
      • The Meshmapper class
      • The Surface3D class
    • The pyLife utils subpackage
      • The utils.functions module
      • The histogram module
      • The utils.probability_data module
    • VMAP interface for pyLife
      • Reading a VMAP file
      • Writing a VMAP file
    • Additional tools
      • The pylife-odbclient package
        • The OdbClient class
      • The pylife-odbserver package
  • Contributing
    • Contributing
    • pyLife coding style guidelines
    • pyLife’s variable name conventions
  • About
    • News for pyLife-2.0
    • pyLife’s change log file
    • Authors
    • License
    • 3rd Party Licenses
  • pyLife API reference
  • The pyLife stress subpackage

The pyLife stress subpackage#

The stress subpackage contains all the pyLife modules that deal with stress resp. load analysis.

There are the two central classes LoadCollective and LoadHistogram to describe load collectives.

  • The timesignal module
  • The frequencysignal module
  • The rainflow module
  • The module for load collectives
  • The equistress module
  • The stresssignal module
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