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pragtic's picture

12 days to go - WCFA2023 on FKM-Guideline Non-Linear

In a few days, our Workshop on Computational Fatigue Analysis starts in its new volume.

This is to remind you that those of you or of your colleagues, who would be interested in the latest enhancement of the FKM Guideline for static and fatigue analysis in the direction of non-linear analysis (encompassing both high-cycle and low-cycle fatigue regimes), should apply to the workshop we organize.

Workshop on Computational Fatigue Analysis 2023 - FKM-Guideline Non-Linear

Location: Prague, Czechia

When: October 30 - November 1, 2023

pragtic's picture

Workshop on Computational Fatigue Analysis 2023 - FKM-Guideline Non-Linear

The workshop is approaching. This is to remind you that those of you or of your colleagues, who would be interested in the latest enhancement of the FKM Guideline for static and fatigue analysis in the direction of non-linear analysis (encompassing both high-cycle and low-cycle fatigue regimes), should apply to the workshop we organize.

 

Workshop on Computational Fatigue Analysis 2023 - FKM-Guideline Non-Linear

Location: Prague, Czechia

When: October 30 - November 1, 2023

MMSLab-CNR's picture

NOSA-ITACA: a free finite element software for structural analysis

NOSA-ITACA is a software product of the Mechanics of Materials and Structures Laboratory of ISTI-CNR, distributed via the http://www.nosaitaca.it/software/ website.
The package includes SALOME v8.3.0, and is available for Ubuntu 14.04 and 16.04.
NOSA-ITACA enables you to conduct both linear and nonlinear static analyses and modal analyses.
NOSA-ITACA can be used to study the static behavior of masonry buildings of historic and architectural interest and model the effectiveness of strengthening operations.

pragtic's picture

Invitation to WCFA2018 - FKM Guideline Training

Dear iMechanicians,

I would like to invite you to the prepared 8th volume of the Workshop on Computational Fatigue Analysis series. The 2018 volume is dedicated to the FKM-Guideline on Strength Assessment, which covers both static and fatigue analysis of common industrial components. The key lecturer this time is Dr Roland Rennert from IMA Dresden, one of the co-authors of its last 6th revised version released in 2012.

Finite Element Analysis

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Hello....

I have one Finite Element Analysis Question.

For static analysis inertia and damping forces are negligible. To what extent must the load vary with respect to time, so as to consider Dynamic analysis instead of static analysis for a given FEA problem.

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