Wöhler diagram calculation for purposes related to crack propagation
Résumé
The topic of this paper is the crack propagation analysis used for the Wöhler diagram calculation. There is developed an analytical model valid for positive pulsating cycles where the cracks faces remain open at all times.
Références
[1]. Droper J.,"Modern Metal Fatigue Analysis", EMAS Publishind, UK 2008.
[2]. DNV,„Det Norske Veritas”-RP-C206, Fatigue Methodology of offshore Ships", 2012.
[3]. DNV „Det Norske Veritas”-RP-C203, Fatigue Design of offshore steel structure".
[4]. Radeş M., "Rezistenţa materialelor II", Ed. Printech, Bucureşti 2005.
[5]. Pană, T., Pastramă, St., "Integritatea structurilor metalice", Bucureşti, 2000.
[6]. GL „Germanischer Lloyd’s Rules” Hamburg 2010, Section 20 Fatigue Strength.
[7]. Pîrvulescu R. Stoicescu L., Cobzaru A., ”Assesment of Fatigue Damage for a Bulk Carrier”, 11th International Symposium of Experimental Stress Analysis and testing of materials, Bacau, 2006.
[2]. DNV,„Det Norske Veritas”-RP-C206, Fatigue Methodology of offshore Ships", 2012.
[3]. DNV „Det Norske Veritas”-RP-C203, Fatigue Design of offshore steel structure".
[4]. Radeş M., "Rezistenţa materialelor II", Ed. Printech, Bucureşti 2005.
[5]. Pană, T., Pastramă, St., "Integritatea structurilor metalice", Bucureşti, 2000.
[6]. GL „Germanischer Lloyd’s Rules” Hamburg 2010, Section 20 Fatigue Strength.
[7]. Pîrvulescu R. Stoicescu L., Cobzaru A., ”Assesment of Fatigue Damage for a Bulk Carrier”, 11th International Symposium of Experimental Stress Analysis and testing of materials, Bacau, 2006.
Publiée
2017-12-31
Comment citer
1.
Stoicescu L, Pirvulescu R. Wöhler diagram calculation for purposes related to crack propagation. Annals of ”Dunarea de Jos” University of Galati. Fascicle XI Shipbuilding [Internet]. 31déc.2017 [cité 3juill.2024];39:101-2. Available from: https://gup.ugal.ro/ugaljournals/index.php/fanship/article/view/1186
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