Login für Abonnenten

Please log in to read subscribed content.




  • Content
  • Events Calendar
  • Editorial team
  • Subscription
  • Media
  • Newsletter
wire
wire
  • Reports
  • Business
  • Research + Development
  • Products
  • Whitepaper
  • Call umformtechnik.net
  • Issues digital
search.box
  • Content
    • Reports
    • Business
    • Research + Development
    • Products
    • Whitepaper
    • Call umformtechnik.net
    • Issues digital
  • Events Calendar
  • Editorial team
  • Subscription
  • Media
  • Newsletter

20/09/2021 – Fatigue strength diagrams

Development of fatigue strength diagrams for helical compression springs made of spring steel wire

At the end of 2020, the research project “IGF 19693 BR” at the TU Ilmenau in cooperation with the VDFI with the title “Renewal of the fatigue strength diagrams for cold-formed helical compression springs in DIN EN 13906-1 with a methodical and computational approach” was completed.

Previous image
Dauerfestigkeitsschaubilder.jpg

Fig.4: Example of a new strength diagram (Diagram 8) with detailed information on the characteristic curves. In addition, correspondingly colored dashed lines are drawn as an indication of the static load. (The black dashed lines show the valid characteristics of the current standard for this spring variant). © TU Ilmenau

 
Dauerfestigkeitsschaubilder-.jpg

Fig. 1: Calculation of the fatigue strength [FKM20]. © TU Ilmenau

 
Dauerfestigkeitsschaubilder.jpg

Fig. 2: Maximum likelihood evaluation of the results from the fatigue tests in the Wöhler diagram. © TU Ilmenau

 
Dauerfestigkeitsschaubilder.jpg

Fig. 3: Comparison of the calculated fatigue strengths with the experimentally determined fatigue strengths (sp - shot peened). © TU Ilmenau

 
Dauerfestigkeitsschaubilder.jpg

Fig.4: Example of a new strength diagram (Diagram 8) with detailed information on the characteristic curves. In addition, correspondingly colored dashed lines are drawn as an indication of the static load. (The black dashed lines show the valid characteristics of the current standard for this spring variant). © TU Ilmenau

 
Back to article

Further articles for:

  • TU Ilmenau
  • fatigue strength diagrams
  • helical compression springs
  • spring steel wire
  • Spring manufacture
  • quality management
Jörg Dambock
Editor-in-chief

Jörg Dambock

TU Ilmenau

  Show company
  • Most read
  • Latest

17/06/2026

High-performance solution for modern wire drawing

Diamond coated dies

By  Jörg Dambock

19/06/2026

Delta Tecnic reduce its carbon footprint at the source

New masterbatch formulations

By  Jörg Dambock

18/06/2026

Setting new standards in the wire industry

One coiler at a time

By  Jörg Dambock

10/06/2026

Kocks “RSB 370++/4” successfully commissioned

Turkish steel producer Kardemir rolls first bar on Kocks “RSB”

By  Jörg Dambock

09/06/2026

Cable-laying vessel “CLV Nexans Electra”

Nexans marks official handover

By  Jörg Dambock

24/06/2026

Primetals provides process automation solution for JSW Steel Salem

Advanced process automation improves product quality and plant efficiency

By  Jörg Dambock

23/06/2026

Innovative chemical solutions

Carbon steel wire treatment

By  Jörg Dambock

22/06/2026

Most‑Read Insights

Top 5 of the Week – 25/2026

By  Daniel Keienburg

22/06/2026

75th anniversary Maschinenfabrik Niehoff GmbH+Co. KG

Characterized by trust and reliability

By  Jörg Dambock

19/06/2026

Delta Tecnic reduce its carbon footprint at the source

New masterbatch formulations

By  Jörg Dambock

  • Meisenbach Verlag
  • Imprint
  • Data Privacy
  • Media
  • LinkedIn
  • RSS Feed
Meisenbach Logo