[{"firstName":"Christian","lastName":"Kontermann","email":"christian.kontermann@tu-darmstadt.de","company":"Trier University of Applied Sciences"},{"firstName":"Sebastian","lastName":"Schuster","email":"s.schuster@uni-due.de","company":"Duisburg University"},{"firstName":"Grant","lastName":"Ingram","email":"g.l.ingram@durham.ac.uk","company":null},{"firstName":"Kane","lastName":"Chandler","email":"kane.chandler@arabellesolutions.com","company":null},{"firstName":"Magdalena","lastName":"Speicher","email":"magdalena.speicher@hs-kempten.de","company":"Kempten University of Applied Sciences"},{"firstName":"Christian","lastName":"Siewert","email":"christian.siewert@siemens-energy.com","company":"Siemens Energy"}]
Presentations
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Constitutive Model Based Efficient Creep-Fatigue Damage Computation Technique for Steam Turbine Rotors to Enhance Flexible Operation Capabilities
