This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Fracture Analysis on High Strength Bolts Under Tension
Technical Paper
852226
Annotation ability available
Sector:
Language:
English
Abstract
Static eccentric tensile tests at 0°, 5° and 10° inclined angles have been carried out on M24 high strength bolt made from 20Mn2TiB, 16CrMnB and 40Cr steels of 10.9 and 12.9 strength classes. Tensile strength 6BN as well as the reduction of area ψKN of the bolt has been measured. Crack initiation and propagation processes have been observed and fracture morphology has been examined as well. In the light of these experimental results we discuss the required hardenability of a bolt and suggest that the hardenability standard for bolts as specified in IS0898/1-1978 may be left open for further discussion. The bolts made of low carbon martensitic high strength steels have many advantages.
Recommended Content
| Technical Paper | The “—ilities” of Fastener Technology |
| Technical Paper | The Mechanisms of Fatigue-Improvement Fasteners in High Quality Shear Loaded Joints |
| SAE ITC E&A Standard | TS21 Manufacturing Specification for Bolts 900 MPa (130,000 lbf/in²) Tensile at Room Temperature |
Authors
Topic
Citation
Yongjun, L. and Guang, Y., "Fracture Analysis on High Strength Bolts Under Tension," SAE Technical Paper 852226, 1985.Also In
References
- 1959
- 2 1985 28
- 1978
- 1978
- R. E. 1965
- Wiegad, H. 13 1966 20
- 1972 8 13
- 3 1965 39
- 18 11 1974
- 2 1980 1