Welded Joints:
Quality-Oriented Design in Practice
Design welded structures to meet manufacturing and load requirements, document them in accordance with standards, and ensure their quality in a targeted manner.
That's what this seminar is about
From standard-compliant presentation to practical and quality-oriented Design.
Weld-Friendly Design
Take static and dynamic loads into account and design structures to be suitable for both manufacturing and the loads they will endure.
Welding Drawings & Standards
Clearly depict welds in accordance with ISO 2553 and correctly apply tolerances and requirements for cut edges.
Quality & Damage Prevention
Evaluate weld irregularities and learn about design approaches for quality assurance and damage prevention.
Practical Design
Classify notch effects, microstructural changes, residual stresses, and distortion from a technical perspective based on numerous case studies.
Contents & details
An overview of all the technical content covered in the seminar.
Standards
Symbolic Representation of Welds According to ISO 2553
Symbolic Representation of Welds According to ISO 2553
- Basic and additional symbols and fork
- Dimensioning of weld seams
- Exercise part with consolidation
- General tolerance ISO 13920 - Meaning and application
- Tolerance for thermally cut parts according to ISO 9013
- Application example for cut edge testing according to EN 1090
Quality & Safety
Quality of a Welded Connnections
Quality of a Welded Connnections
- What determines the quality of a Welded Connnections — and how can the designer specifically control it?
- Weld seam irregularities and evaluation groups according to ISO 5817
- Introduction to Non-Destructive Testing (NDT) and Its Importance
- Quality assurance measures in welding technology
- Application-related quality requirements and manufacturer certifications
- Measures to prevent damage
Practice
Design of Welded Structures with Many Practical Examples
Design of Welded Structures with Many Practical Examples
- Effect of Welding Parameters on the Resulting Weld for Selected Welding Processes and the Importance of Welding Procedure Specifications (WPS)
- Weld seam preparation, structural changes and their effects
- Weld seam as a notch - and what you can do about it
- The Formation of Residual Stresses and Distortion, as well as Possible Countermeasures and the Measurement of Residual Stresses
- Design to Specifications – industry-neutral, tailored to manufacturing and operational requirements
- Application-Specific Design for Mechanical Engineering, Rail Vehicle Manufacturing, Steel Construction, Automotive Manufacturing, and Welded Sheet Metal Structures
- Weld seam post-treatment to increase fatigue strength
- Case studies - design and layout according to FKM and Eurocode
Knowledge Gained from Real-World Application
Insights from real-world projects and typical problem scenarios are directly incorporated into the seminar.
Dates & Participation
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−15 %
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−25 %
