Ermüdungsfestigkeit von Schweißverbindungen bei Minusgraden

Project Title
Ermüdungsfestigkeit von Schweißverbindungen bei Minusgraden
Funding Code
A 301 (S24/10231/15)
Principal Investigator
Funding Organization


Results 1-7 of 7

Issue DateTitleTypeAuthor(s)
12021Fulltext availableOpen AccessAssessment of fatigue strength of welded steel joints at sub-zero temperatures based on the micro-structural support effect hypothesisThesisBraun, Moritz  
2Sep-2020Application of local approaches to the assessment of fatigue test results obtained for welded joints at sub-zero temperaturesArticleBraun, Moritz  ; Milaković, Aleksandar-Saša ; Renken, Finn ; Fricke, Wolfgang ; Ehlers, Sören 
3Aug-2020Sub-Zero Temperature Fatigue Strength of Butt-Welded Normal and High-Strength Steel Joints for Ships and Offshore Structures in Arctic RegionsChapter/Article (Proceedings)Braun, Moritz  ; Milaković, Aleksandar-Saša ; Ehlers, Sören ; Kahl, Adrian ; Willems, Tom ; Seidel, Marc ; Fischer, Claas 
426-Jul-2020Fulltext availableOpen AccessExtension of the strain energy density method for fatigue assessment of welded joints to sub-zero temperaturesArticleBraun, Moritz  ; Fischer, Claas ; Fricke, Wolfgang ; Ehlers, Sören 
516-Apr-2020Fulltext availableOpen AccessRequirements for stress gradient-based fatigue assessment of notched structures according to theory of critical distanceArticleBraun, Moritz  ; Müller, André Mischa ; Milaković, Aleksandar-Saša ; Fricke, Wolfgang ; Ehlers, Sören 
61-Feb-2020Fulltext availableOpen AccessFatigue strength of fillet-welded joints at subzero temperaturesArticleBraun, Moritz  ; Scheffer, Robert ; Fricke, Wolfgang ; Ehlers, Sören 
72020Ermüdungsfestigkeit von Schweißverbindungen bei MinusgradenTechnical ReportBraun, Moritz  ; Mayland, Wibke