Shafts – Detection Methods
in Practical Application
Shafts Perform calculations in accordance with DIN 743 and compare strength verifications, taking into account the effects of notches, material properties, and load combinations, with the FKM guideline.
That's what this seminar is about
From the fundamentals of shaft design to static and dynamic strength analyses, including fatigue strength, load combinations, and a comparison of DIN 743 and the FKM guideline.
Shafts calculate comprehensively
Identify key influencing factors and systematically design Shafts under strict safety and performance requirements .
Conduct Strength Verifications Correctly
Distinguish between static and dynamic analyses, evaluate stress distributions, and reliably assess the safety of Shafts .
Take into account notch effects and material properties
Determine notch factor values and material-related factors and correctly assess their impact on strength and service life.
Evaluating Durability and Load Categories
Analyze variable loads, define load sets, and evaluate the long-term stress in shaft structures.
Contents & details
Technical information on shaft design calculations in accordance with DIN 743 and a direct comparison with the FKM guideline.
Calculations
Fundamentals and Factors Affecting Wave Calculations
Fundamentals and Factors Affecting Wave Calculations
- Damage mechanisms and consequences
- Scope of application DIN 743 Part 1 - 4
- Criteria for a comprehensive shaft calculation
- Notch efficiency ratios
- Material influencing factors
- Use of analytical and numerical methods
Safeties
Strength Verification & Comparison of Methods
Strength Verification & Comparison of Methods
- Origins, Theory, and Concept of Detection Methods
- Dynamic strength analysis
- Static strength analysis
- Classification of Load Cases and Stress Curves
- Differences Between the DIN 743 and FKM Calculation Methods
- decision criteria for the choice of method
Standards
Time Stability & Load Groups
Time Stability & Load Groups
- Fatigue strength calculation according to DIN 743
- Load assumptions and creation of load spectra
- Use of miner processes
- Sample calculations for DIN 743 - Supplement 1 & 2
Practice
Applying DIN 743 & Comparing It with FKM
Applying DIN 743 & Comparing It with FKM
- Modeling and transfer from CAD systems
- Calculation and graphical evaluation
- Safety certificates and documentation
- Example calculation using a drive shaft with notch overlay
Understand the calculation. Provide reliable evidence at Shafts .
Practical exercises on shaft calculation according to DIN 743 and on comparison with the FKM guideline supplement the theoretical fundamentals.
Dates & participation
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