You download an executable installer ( .exe or .msi ) from the vendor's portal. After installation, you input material parameters, stress tensors (often extracted from FEA), and surface conditions into a graphical user interface (GUI).
Developed by the , this guideline provides a standardized procedure for assessing the static and fatigue strength of components. It bridges the gap between Finite Element Analysis (FEA) results and actual component safety.
The FKM guideline is a proprietary document protected by copyright. You can typically find it through these channels: Official Purchase fkm richtlinie download file type pdf downloads install
Evaluates components under thermal and mechanical loading using nominal stresses or local stresses (often derived from Finite Element Analysis).
Tip: When configuring digital downloads from official portals, ensure your enterprise PDF reader supports digital rights management (DRM) plug-ins, as purchased copies are often locked to specific user nodes. 3. The "Downloads Install" Workflow for FKM Software You download an executable installer (
: The most current 7th edition (2020) and previous versions are published by VDMA Verlag
to account for a structure's ability to carry loads beyond the elastic limit. Fatigue Strength Assessment It bridges the gap between Finite Element Analysis
If you utilize advanced Finite Element Analysis (FEA) software, you can install FKM modules directly into your existing CAE environment.
The FKM-Richtlinie – its full title Rechnerischer Festigkeitsnachweis für Maschinenbauteile – is a German guideline issued by the . In English, it is known as the FKM-Guideline "Computational Strength Verification for Machine Components" and is published through the VDMA-Verlag.
The FKM Guideline provides analytical proof of strength for components made of steel, cast iron, and aluminum materials. It is divided into two primary structural assessment methods:
The software compares the acting stress against the calculated limit reserves to output a definitive utilization factor.