High-precision isothermal dilatometry as tool for quantitative analysis of precipitation kinetics: case study of dilute Al alloyR. Enzinger, Roland Würschum, E. Hengge et al.|Journal of Materials Science|2018Cited by 19
Quantitative volumetric identification of precipitates in dilute alloys using high-precision isothermal dilatometryE. Hengge, Roland Würschum, R. Enzinger et al.|Philosophical Magazine Letters|2018Cited by 16
Precipitation processes in Al–Mg–Si extending down to initial clustering revealed by the complementary techniques of positron lifetime spectroscopy and dilatometryLaura Resch, Roland Würschum, Gregor Klinser et al.|Journal of Materials Science|2018Cited by 13
In Situ Real-Time Monitoring of Aging Processes in an Aluminum Alloy by High-Precision DilatometryMartin Luckabauer, Roland Würschum, E. Hengge et al.|The minerals, metals & materials series|2017Cited by 5
Recent progress in dilatometry for quantitative analysis of precipitation kineticsRoland Würschum, Wolfgang Sprengel, R. Enzinger et al.|IOP Conference Series Materials Science and Engineering|2019Cited by 4