Uday, Anjali

Anjali Uday, M.Eng.
research associate

Institute in Munich-Pasing:
Room 238
Telephon: 089 / 289 – 27146

Teaching

Supervision of student research assistants
Supervision of student research projects and theses
Teaching coordinator for the courses within the Bachelor of Civil Engineering and Environmental Engineering programs (since SS 23)
Coordination and Tutoring for the course Laboratory exercise for soil mechanics (WS 21/22 - WS 22/23)
Tutor for Foundation engineering and soil mechanics Basic module (since SS 23)
Tutor for Foundation engineering and soil mechanics Supplementary module (since WS 23/24)

Research project „Grundlagen für die Eignungsprüfung von Böden mit organischen Bestandteilen zur Verwendung als Baustoffe im Erdbau" ["Fundamentals for the suitability testing of soils with organic constituents for use as construction materials in earthworks"] (since 2019) on behalf of the Federal Highway Research Institute (BASt)
Design of an interface shear device to study the particle behavior of sand samples in the near field of the interface
Compression and shear behavior of sand

Uday, A., Pena-Olarte, A., Wang, Y.: Discrete modelling of the mechanical response of Cuxhaven sand under shear and oedometric conditions using the rolling resistance contact model. Proceedings of the 8th International Symposium on Deformation Characteristics of Geomaterials, 2023 more…
Uday, A.; Birle, E.: Empfehlungen hinsichtlich der Eignungsprüfung von Böden mit organischen Bestandteilen zur Verwendung als Baustoffe im Erdbau. Erd- und Grundbautagung der FGSV, 2023 more…
Uday, Anjali; Peña-Olarte, Andrés: Investigation of response of Cuxhaven sand under triaxial and ring shear boundary conditions using DEM. Proceedings 10th NUMGE 2023, 2023 more…

Uday, A.: Multiscale analysis of shear behaviour of granular materials / Digital soil and soil-structure interaction models with the Discrete element method. Kolloquium Karlsruher Institut für Technologie, 2022 more…
Uday, Anjali; Peña-Olarte, Andrés: Investigation of response of Cuxhaven sand under triaxial and ring shear boundary conditions using DEM. ISSMGE, 2022 more…