Computational Fatigue Strength - PJM Home · • DVS 1612 • DVS 1608 • IIW – Guideline •...

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www.pjm.co.at C OMPUTATIONAL F ATIGUE S TRENGTH

Transcript of Computational Fatigue Strength - PJM Home · • DVS 1612 • DVS 1608 • IIW – Guideline •...

Page 1: Computational Fatigue Strength - PJM Home · • DVS 1612 • DVS 1608 • IIW – Guideline • FKM – Guideline appliCable StandardS • ERRI – Reports • EN 13001 • AD –

www.pjm.co.at

Co m p u tat i o n a l Fat i g u e St r e n g t h

Page 2: Computational Fatigue Strength - PJM Home · • DVS 1612 • DVS 1608 • IIW – Guideline • FKM – Guideline appliCable StandardS • ERRI – Reports • EN 13001 • AD –

Co m p u tat i o n a l Fat i g u e St r e n g t h

In addition to its many years of experience in experimental fatigue strength analysis, the engineering department at PJ Messtechnik is involved in numerical and simulation-based fatigue analysis. The area of testing involves not only the various national standards, but also offers the option of synchronously applying different assess-ment procedures. With its numerical fatigue strength analysis PJM offers its customers the option of a consistent verification concept starting from the numerical analysis of design, to test planning, test rig design and specification and up to a comparative interpretation of results with experimental fatigue strength assessment.

• Eurocode 3

• Eurocode 9

• DVS 1612

• DVS 1608

• IIW – Guideline

• FKM – Guideline

ap p l i C a b l e S ta n d a r d S• ERRI – Reports

• EN 13001

• AD – Data sheets S1/S2

• Customer-specific proce-dures

CONTACTName: Christian Madritsch, MSc Tel.: +43 (0)699 190 80 699 Email: [email protected] PJ Messtechnik GmbHWaagner-Biro-Strasse 125 ǀ 8020 Graz ǀ Austria ǀ www.pjm.co.at