Trainings @Altair
In addition to the dates in St. Valentin we offer trainings (standard and advanced) at defined locations of our partner Altair.
The registration is handled by Altair. Please use the provided link at the certain event.
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25
Jun
26
Jun
FEMFAT standard training at AltairBöblingen, Germany
- Theory in fatigue analysis
- The method of FEMFAT: local stress concept with influence parameter
- FEMFAT Theory: Modul BASIC, BREAK and PLAST
- FEMFAT Theory: Modul HEAT and STRAIN
- Practical examples using FEMFAT
- Questions and Answers
- Theory in fatigue analysis in more complex situations
- FEMFAT theory about FEMFAT max; channel and transient
- FEMFAT theory about seamwelds (WELD) and spotwelds (SPOT)
- Practical examples using FEMFAT with these modules
- Questions and Answers
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27
Jun
FEMFAT advanced training at Altair - FEMFAT weldBöblingen, Germany
- FEMFAT weld introduction
- Modelling of weld seams
- Definition of weld seams using FEMFAT visualizer
- Definition of weld seams using xMCF
- Analysis based on stresses
- FEMFAT weld database extension
- Determination of notch factors using Radaij method
- Automatic stress correction
- Simulation with FEMFAT 5.3
- Example – Modifying FEMFAT weld database
- Sensitivity analysis
- Using the Results manager
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24
Sep
25
Sep
FEMFAT standard training at AltairBöblingen, Germany
- Theory in fatigue analysis
- The method of FEMFAT: local stress concept with influence parameter
- FEMFAT Theory: Modul BASIC, BREAK and PLAST
- FEMFAT Theory: Modul HEAT and STRAIN
- Practical examples using FEMFAT
- Questions and Answers
- Theory in fatigue analysis in more complex situations
- FEMFAT theory about FEMFAT max; channel and transient
- FEMFAT theory about seamwelds (WELD) and spotwelds (SPOT)
- Practical examples using FEMFAT with these modules
- Questions and Answers
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26
Sep
FEMFAT advanced training at Altair - Tips & Tricks in FEMFAT maxBöblingen, Germany
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05
Nov
06
Nov
FEMFAT standard training at AltairBöblingen, Germany
- Theory in fatigue analysis
- The method of FEMFAT: local stress concept with influence parameter
- FEMFAT Theory: Modul BASIC, BREAK and PLAST
- FEMFAT Theory: Modul HEAT and STRAIN
- Practical examples using FEMFAT
- Questions and Answers
- Theory in fatigue analysis in more complex situations
- FEMFAT theory about FEMFAT max; channel and transient
- FEMFAT theory about seamwelds (WELD) and spotwelds (SPOT)
- Practical examples using FEMFAT with these modules
- Questions and Answers
-
07
Nov
FEMFAT advanced training at Altair - FEMFAT weldBöblingen, Germany
- FEMFAT weld introduction
- Modelling of weld seams
- Definition of weld seams using FEMFAT visualizer
- Definition of weld seams using xMCF
- Analysis based on stresses
- FEMFAT weld database extension
- Determination of notch factors using Radaij method
- Automatic stress correction
- Simulation with FEMFAT 5.3
- Example – Modifying FEMFAT weld database
- Sensitivity analysis
- Using the Results manager
Day 1: Fundamentals and Practical Use
Day 2: Fundamentals and Practical Use
Training fee for 2 days, excl. VAT
1st participant € 900
2nd participant of same company € 700
student € 450
FEMFAT weld
Training fee for 1 day, excl. VAT
participant € 450
student € 250
Day 1: Fundamentals and Practical Use
Day 2: Fundamentals and Practical Use
Training fee for 2 days, excl. VAT
1st participant € 900
2nd participant of same company € 700
student € 450
FEMFAT max: Tipps & Tricks
FEMFAT max is likely to have longer analysis time than FEMFAT basic due to its needs for higher computational efforts. Knowing about the complexity of the structure or the most important area can help to reduce analysis time. Also for the generation and reuse of scratch files a trick can save valuable time. How to compare BASIC, ChannelMax and TransientMax results – to benefit from each analysis method without too much loss in accuracy.
Training fee for 1 days, excl. VAT
participant € 450
student € 250
Day 1: Fundamentals and Practical Use
Day 2: Fundamentals and Practical Use
Training fee for 2 days, excl. VAT
1st participant € 900
2nd participant of same company € 700
student € 450
FEMFAT weld
Training fee for 1 day, excl. VAT
participant € 450
student € 250
