1. Bruchmechanische Werkstoffcharakterisierung zur Überwachung der Neutronenversprödung von Reaktordruckbehältern für den Langzeitbetrieb von Kernkraftwerken;Schindler,2012
2. Reichert, T., Tlatlik, J., 2017a. Influence of Local Temperature and Local Crack Arrest Phenomena on Dynamic Fracture Toughness, 14th International Conference on Fracture (ICF 14), June 18-23 2017, Rhodes, Greece.
3. Reichert, T., Tlatlik, J., Böhme, W., Siegele, D., 2017b. Analysis and Validation of Fracture Mechanical Assessment Methods under Dynamic Loading – Fracture Mechanical Analysis with Impact Loaded Bend Specimens and Identification of Statistically Verified Lower Bound Curves for Dynamic Fracture Toughness Values, BMWi-Vorhaben Nr. 1501472A. Fraunhofer IWM report 257/2017.
4. Investigation of Cleavage Fracture Under Dynamic Loading Conditions: Part I: Fractographic Analysis;Tlatlik;Engineering Fracture Mechanics,2017
5. Böhme, W., Mayer, U., Reichert, T, Offermanns, S., Allmendinger, A., Hug, M., Schüler, J. und Siegele, D., 2012. Verification and further development of assessment methods for dynamic crack initiation and crack arrest, BMWi-Vorhaben Nr. 150 1368. Fraunhofer IWM report 665/2012.