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Fatigue limit assessment on seamless tubes in presence of inhomogeneities: Small crack model vs. full scale testing experiments

International Journal of Fatigue, 2012
The existence of crack-like flaws cannot be excluded in pressure vessels and piping due to the presence of non-metallic inclusions and surface imperfections. These inhomogeneities reduce the fatigue strength of the pressure vessel.
S Beretta
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Fatigue Test on a Full Scale Panel

Key Engineering Materials, 2006
Fatigue test on a full scale panel with complex loading and geometry has been carried out by using a tri-axial test machine located in the laboratory of the University of Naples. The aeronautical test panel was designed and manufactured by Alenia. The demonstrator is made up of two parts which are linked by a transversal joint that is parallel to the ...
A. APICELLA, ARMENTANI, ENRICO, ESPOSITO, RENATO   +2 more
openaire   +2 more sources

A Full Scale Test for Acoustic Fatigue in Pipework

Volume 9: 6th FSI, AE and FIV and N Symposium, 2006
Gas flow through a corrugated pipe can produce unacceptable levels of noise. The occurrence of such noise gave rise to concerns about vibration induced fatigue of small-bore subsea pipework in the Schiehallion oil field. In order to check that the subsea pipework was free from noise-induced vibration a full scale replica of the subsea equipment ...
H. G. D. Goyder, K. Armstrong, L. Billingham, M. J. Every, T. P. Jee, R. J. Swindell   +5 more
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Full-Scale Fatigue Testing of TLP Tendons

Offshore Technology Conference, 1991
ABSTRACT The design of TLP tendons and tendon connectors to resist fatigue failures requires consideration of many factors, such as mean and alternating stresses, cycles, welding, residual stresses, base metal fatigue, and weld profile control. Many assumptions are necessary to do this.
J.R. Fowler, J.R. Long, J.W. Albert
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A full-scale structural fatigue test program

Journal of Aircraft, 1964
Test methods are described for an experimental fatigue evaluation of a full-scale airplane structure. Specific reference is made to a fatigue test program conducted on the Lockheed P3A wing and gear. A flight-by-flight test loading spectrum comprising 7500 flight hours was constructed to represent the total service experience of the airplane.
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Full-Scale Fatigue Test on X60 Spiral Linepipe

Volume 4: Terry Jones Pipeline Technology; Ocean Space Utilization; CFD and VIV Symposium, 2006
Both fluctuation of operation pressure and transmission halt have obvious effect on the lifetime of the pipeline. When there exist flaws in the pipes, cyclic load caused by pressure fluctuation will promote the development of such defects especially as cracks. A full-scale fatigue test was performed on the X60 Spiral Submerged Arc-Welded pipes (Outside
Chuanjing Zhuang, Chunyong Huo, Yaorong Feng   +2 more
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Full-Scale Fatigue Testing of Compressor Cylinders

Journal of Fluids Engineering, 1953
Abstract Present needs for higher-pressure compressor cylinders for natural-gas pipe lines introduce complexities of design and manufacture. Through full-scale fatigue testing, designs incorporating high-strength cast irons are proved suitable at considerable saving to the user. Comparison of the fatigue-test failure of the design to the
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Computer-based full scale fatigue testing

International Journal of Fatigue, 1979
Abstract Computer-based methods can help to ease the difficulties of realistic full-scale testing by unravelling some of the complexities of multi-channel service loading simulation during the stages of data acquisition, data analysis and test rig control.
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Full-Scale Fatigue Testing

2016
Full-scale fatigue testing (FSFT) forms an integral part of the aircraft development and certification prior to induction into service. The five historical stages of evolution of FSFT are described with a detailed description of present-day requirements including composite structures. The technology used in the FSFT process is explained in detail.
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Full-Scale Fatigue Testing With 130K Yield Tubing

SPE/ICoTA Coiled Tubing & Well Intervention Conference and Exhibition, 2012
Abstract Coiled tubing (CT) is widely used in the well-intervention business as a practical and cost-effective means of servicing wells. Since CT’s inception, the use of continuous steel tubular has been the primary means of conduit for the applications required.
J. Faszold, R. Rosine, R. Spoering
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