Roller bearings in the future:
Future opportunities and challenges
Design rolling bearing systems to be structurally safe, integrate AI effectively, and evaluate current developments in materials, friction, lubrication, and new failure modes in a practical manner.
That's what this seminar is about
From structurally safe bearing design to AI, materials, and efficiency issues, all the way to new applications and failure mechanisms in modern rolling bearing systems.
Design reliable bearing arrangements
Understand fixed and floating bearings, identify typical design errors, and evaluate reliable bearing designs based on practical examples.
Using AI effectively
Classify bearing engineering assistants and generative AI, and identify where digital support helps and where technical expertise remains indispensable.
Optimizing friction and lubrication
Evaluate new ways to minimize friction, modern lubrication concepts, and current regulatory developments.
Understanding new types of damage
Classify challenges related to e-mobility, wind power, and electric drives, as well as damage mechanisms such as white etching cracks, in a practical context.
Contents & details
Technical content on design, the use of AI, materials, energy efficiency, and new challenges in rolling bearing technology.
Design
Secure bearing designs & typical failures
Secure bearing designs & typical failures
- Fundamentals of good structural design
- Understanding fixed and floating bearings
- Identifying common design flaws
- Assess critical issues in warehouse design
- Evaluate design solutions using case studies
- Recognizing the limits of digital and AI-based support
Technology
Evaluating AI, materials, and procurement
Evaluating AI, materials, and procurement
- AI and bearing engineering assistants
- ChatGPT and other digital knowledge sources
- Incorporate knowledge from within your own company
- Take current research and the patent landscape into account
- Limitations and risks associated with the use of AI
- New trends in materials science
- Developments in machining processes
- Technical and economic optimization of materials
- Opportunities and risks of international sourcing
- Experiences and selection criteria for sourcing from china
Efficiency
Optimizing friction and lubrication
Optimizing friction and lubrication
- New energy efficiency requirements
- Ways to reduce friction in the roller bearings
- Roller bearings in energy-efficient drive systems
- Fundamentals of lubrication
- Classifying oils, fats, and additives correctly
- Use and selection of appropriate additives
- Current regulatory developments
- Evaluate potential limitations of lubricants
Future
New applications & failure modes
New applications & failure modes
- Roller vearings in electric cars
- Applications in wind turbines
- Requirements for electric motors
- New loads and technical challenges
- New types of damage in modern applications
- White Etching Cracks (WEC)
- Classify the main causes of damage
- Strategies for damage prevention
- Assessing service life beyond conventional performance metrics
Assessing rolling element bearing technology in a practical context
Case studies on bearing design, the use of AI, friction, lubrication, and new types of damage demonstrate how current developments in rolling bearing technology should be evaluated in practice.
Dates & participation
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For teams and companies, the date and content can be customized.
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Advanced seminars on Shafts, Shaft hub-spoke connections, and modern drive technology.
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