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We are Spektrum!
We connect differently. We are a team of students from various disciplines who master their everyday (study) life with individual challenges due to their neurodivergence. Here you can be who you are, you don't have to mask anything or pretend. We are all different and that's a good thing! Our café is a safe space. We use the space
"MibaLeb" microstructure-based fatigue life calculation
The objective of the joint project is the development of a procedure for the evaluation of the remaining service life of metallic components aged during operation in nuclear power plants. It is taken into account that the local material properties of components can change significantly due to
In the case of a pressurized pipeline filled with superheated steam or supercooled water, it must be assumed after a certain operating time that the local scatter of the material properties specific to the loads continuously increases.
The effects of such influences are currently covered in general terms by safety factors in the design o
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In the case of a pressurized pipeline filled with superheated steam or supercooled water, it must be assumed after a certain operating time that the local scatter of the material properties specific to the loads continuously increases.
The effects of such influences are currently covered in general terms by safety factors in
"MibaLeb II“ microstructure-based fatigue life calculation
The overall objective of the joint project is the development of a procedure for the remaining fatigue life assessment of metallic nuclear power plant components that have aged during operation. It is taken into account that the local material properties of components can change due to mec
MibaLeb is expected to make a decisive contribution to this. The overall goal of the second project phase is to transfer the results, findings and methods to real and actually loaded materials and components in order to provide reliable information on the integrity and remaining service life of nuclear power plants.The aim of the WWHK subproject
