Matthias Lenzen

Institute of Manufacturing Technology (LFT)

Numerical simulation of sheet metal forming of an Al-Mg alloy incorporating plane strain properties in the yield criterion (2024) Prakash V, Digavalli RK, Lenzen M, Hagenah H, Merklein M Journal article Maßgeschneiderte Werkstoffcharakterisierung für die numerische Auslegung von Blechumformprozessen (2023) Lenzen M Thesis Analysis of the evolution of the Lankford coefficient in uniaxial tensile tests and validation with grain structure analysis (2022) Lenzen M, Merklein M Journal article Evaluation of testing methods for the characterization of material properties under plane strain (2022) Lenzen M, Merklein M Conference contribution Characterization and Modelling of Sheet Material with Graded Strength for More Accurate Finite Element Analysis (2022) Lenzen M, Kraus M, Merklein M Conference contribution Determination of the biaxial anisotropy coefficient using a single layer sheet metal compression test (2021) Hetz P, Lenzen M, Kraus M, Merklein M Conference contribution, Conference Contribution Relevanzanalyse zur Berücksichtigung der kinematischen Verfestigung in Tiefziehprozessen mit geschlossenem Profil (2021) Lafarge R, Ahmed U, Brosius A, Lenzen M, Jäckisch M, Merklein M Authored book, Volume of book series Influence of the strain dependent material behaviour under plane strain on the yield locus modelling (2021) Lenzen M, Merklein M Conference contribution, Conference Contribution Contact pressure-dependent friction characterization by using a single sheet metal compression test (2021) Kraus M, Lenzen M, Merklein M Journal article Characterization of kinematic hardening with a hydraulic bulge test (2020) Lenzen M, Schmid H, Merklein M Conference contribution, Conference Contribution