A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Finite Element Modelling of a High Strength Steel Tee Joint. Test Simulation.
HAMK Tech (formerly known as HAMK Sheet Metal Centre) commissioned this Bachelor’s thesis in continuation of a research project of high strength steel welded joints using SSAB’s Strenx line of products. The goal was to create a finite element model of a tee joint test performed in the previous Bachelor’s thesis of the project by Jimmy Giraldo. The main body of the thesis describes the model creation process in LSDyna and LS-PrePost, decisions made along the way (especially in the definition of material properties) and mentions discarded options for future reference. Plenty of references are given to previous Bachelor's theses in the series, in order to weave them into continuing research and to provide a solid foundation for further inquiries. The overall results of the thesis are inconclusive. The created model seems to be serving as a perfect model of tests described in Giraldo (2018). However, more work will need to be done in order to reach a correlation between tests and models. A few suggestions on how to proceed further with the project are given in the conclusion.
Finite Element Modelling of a High Strength Steel Tee Joint. Test Simulation.
HAMK Tech (formerly known as HAMK Sheet Metal Centre) commissioned this Bachelor’s thesis in continuation of a research project of high strength steel welded joints using SSAB’s Strenx line of products. The goal was to create a finite element model of a tee joint test performed in the previous Bachelor’s thesis of the project by Jimmy Giraldo. The main body of the thesis describes the model creation process in LSDyna and LS-PrePost, decisions made along the way (especially in the definition of material properties) and mentions discarded options for future reference. Plenty of references are given to previous Bachelor's theses in the series, in order to weave them into continuing research and to provide a solid foundation for further inquiries. The overall results of the thesis are inconclusive. The created model seems to be serving as a perfect model of tests described in Giraldo (2018). However, more work will need to be done in order to reach a correlation between tests and models. A few suggestions on how to proceed further with the project are given in the conclusion.
Finite Element Modelling of a High Strength Steel Tee Joint. Test Simulation.
Veresov, Philipp (author)
2019-01-01
Miscellaneous
Electronic Resource
English
DDC:
690
Finite element simulation of heat affected zone of welded joint in high strength steel
| BASE | 2021
THREE-DIMENSIONAL FINITE ELEMENT MODELLING OF FLUSH END PLATE CONNECTIONS WITH HIGH STRENGTH STEEL
| British Library Conference Proceedings | 2006
Finite Element Modelling of Small Punch Test on 304H Stainless Steel
| British Library Online Contents | 2007
Probabilistic Finite Element Analysis of High Strength Steel Structures
| British Library Conference Proceedings | 1997
Non-linear finite element simulation of non-local softening for high strength steel material
| British Library Conference Proceedings | 2009