Systematic checks for preload, fatigue, thread stripping, slippage, and embedding based on the full VDI 2230 methodology.
Covers all critical failure mechanisms in bolted joints — from yielding and crushing to clamp loss and fatigue, across every load step.
Supports temperature effects, elastic/plastic material properties, nut dimensions, thread geometry, preload loss, and more.
Built-in bolt library, intuitive setup wizard, and editable parameters streamline verification workflows without scripting.
Export high-quality calculation reports with reference to VDI 2230 figures, equations, and fatigue safety factors.
Systematic Calculation of High-Duty Bolted Joints VDI 2230 is the industry-recognized guideline for ensuring the strength and reliability of bolted joints under static and dynamic loading. Originally developed for the automotive sector, it is now widely used across engineering fields where joint failure is not an option.
SDC Verifier implements VDI 2230 Part 1 (2015) to support detailed, step-by-step evaluation of preload, fatigue, embedding, slippage, and thread failure risks. The standard helps engineers design bolted joints that fully utilize the bolt’s load-bearing capacity while staying safe under service loads.
ABS Standards
AIJ Standards
AISC Standards
API Standards
AS 4100 (2020)
AS 4100 Fatiga (2020)
ASME B31.8 (2018)
ASME Standards
ASME VIII (Div 2, 2010)
Australian Standards
British Standards
BS 7608 Fatiga (2014)
Bureau Veritas Standards
Conexiones Eurocódigo3 (EN 1993-1-8, 2005)
DIN 15018 (1984)
DIN Standards
DNV CG-0128 Pandeo de placas (2015)
DNV CG-0128 Pandeo de placas (2023)
DNV OS-C101-LRFD Resistencia de la soldadura (2011)
DNV OS-C201-WSD Resistencia de la soldadura (2011)
DNV RP C-202 Pandeo de placas curvas (2019)
DNV RP-C201 Pandeo de placas/rigidez (2010)
DNV RP-C203 (2016)
DNV RP-C203 (2024)
DNV Standards
DNVGL ST-0126 (2016)
DVS 1608 (2010)
DVS 1612 (2014)
DVS Standards
EN 13001 Fatiga (2018)
EN 13001 Resistencia de la soldadura (2018)
EN 13001 Standard
Eurocode 3
Eurocode 9
Eurocódigo 3 de diseño contra incendios (EN1993-1-2, 2005)
Eurocódigo 3 Fatiga (EN 1993-1-9, 2005)
Eurocódigo 3 Soldaduras 1D (EN 1993-1-8, 2005)
Eurocódigo 9
Eurocódigo3 Pandeo de placas (EN 1993-1-5, 2006)
F.E.M. 1.001
F.E.M. 1.001 (3ª, 1998)
FKM (5º, 2003)
FKM (6º, 2012)
FKM Standard
IACS Standards
ISO
ISO 19902 (1ª, 2007)
ISO 19902 (2ª, 2020)
Lloyd’s Register (LR) Standards
Miembros de ASME BTH-1 (2017)
Miembros de ASME BTH-1 (2020)
Miembros de ASME BTH-1 (2023)
Miembros del Eurocódigo3 (EN1993-1-1, 2005)
Norsok N004 (Rev. 3, 2013)
NORSOK Standards
Pandeo de la placa LR CSR (2024)
Pandeo de placas BV NR615 (2023)
Pandeo de placas DNV CN30 (1995)
Pandeo de placas IACS UR S35 (2023)
Pernos Eurocódigo 3 (EN 1993-1-8, 2005)
Resistencia de la soldadura DNV OS-C101-LRFD (2024)
Resistencia de la soldadura DNV OS-C101-WSD (2024)
Resistencia de la soldadura Eurocódigo 3 (EN 1993-1-8, 2005)
VDI 2230 (Parte 1, 2015)
VDI Standards
VDI 2230 is a detailed engineering guideline developed by the Association of German Engineers for calculating high-duty bolted joints. It ensures joints are safe, reliable, and capable of withstanding preload, fatigue, and thermal effects.
Yes. SDC Verifier fully supports VDI 2230 Part 1 (2015) and integrates directly into Ansys Mechanical, Femap, and Simcenter 3D for seamless verification.
Absolutely. You can either load from a built-in bolt library or define all parameters manually — materials, loads, thread geometry, preload, and more.
Yes. SDC Verifier automates all steps of the VDI 2230 process and provides detailed calculation reports, including bolt utilization, stress ratios, and preload checks.
Definitely. While it was initially developed for automotive applications, VDI 2230 is widely used across machinery, aerospace, and industrial equipment sectors.
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