Spectrum fatigue of welded structural steel in sea water

File
Publisher
Society of Petroleum Engineers
Date Issued
1983
Note

Fatigue at welded connections is a potential failure
mode which may compromise the integrity of offshore
structures . In order to gain a better understanding of
this phenomenon cyclic stressing experiments have been
performed upon 25.4 mm thick butt welded ABS-DH 32 ,
steel plate specimens, both freely corroding and with
various levels of cathodic protection, in flowing sea
water, and employing the C/12/20 loading spectrum

Language
Type
Genre
Form
Extent
15 p.
Identifier
FA00007432
Additional Information
Fatigue at welded connections is a potential failure
mode which may compromise the integrity of offshore
structures . In order to gain a better understanding of
this phenomenon cyclic stressing experiments have been
performed upon 25.4 mm thick butt welded ABS-DH 32 ,
steel plate specimens, both freely corroding and with
various levels of cathodic protection, in flowing sea
water, and employing the C/12/20 loading spectrum
Florida Atlantic University. Harbor Branch Oceanographic Institute contribution 424
This manuscript is an author version with the final
publication available and may be cited as: Clark, A. M., Qian, D., Hartt, W. H., Martin, P. E., &
Czarnecki, M. F. (1983). Spectrum fatigue of welded structural steel in sea water. Offshore Technology
Conference 1983. doi: 10.4043/4525-MS
Date Backup
1983
Date Text
1983
DOI
10.4043/4525-MS
Date Issued (EDTF)
1983
Extension


FAU

IID
FA00007432
Organizations
Attributed name: Hartt, William H.
Person Preferred Name

Clark, A. M.
Physical Description

pdf
15 p.
Title Plain
Spectrum fatigue of welded structural steel in sea water
Origin Information

1983
Society of Petroleum Engineers

Richardson, TX

Place

Richardson, TX
Title
Spectrum fatigue of welded structural steel in sea water
Other Title Info

Spectrum fatigue of welded structural steel in sea water