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Bauhaus-Universität Weimar
Contact and Information

  • Institute of Structural Mechanics (ISM)

    Head of institute: Prof. Dr. rer. nat. Tom Lahmer

  • Faculty of Civil Engineering
  • Team
    • Professors
      • Prof. Dr.-Ing. habil. Carsten Könke
      • Prof. Dr.-Ing. Timon Rabczuk
      • Prof. Dr. rer. nat. Tom Lahmer
      +
    • Administration
    • Academics
      • Rouzbeh Abadi
      • M. Sc. Feras Alkam
      • Dr. Cosmin Anitescu
      • Omar Alrayes
      • Marcelo Bianco
      • Chiu Ling Chan
      • Ali Jenabi Dehkordi
      • Somdatta Goswami
      • Abinet Habtemariam
      • John Hanna
      • Ehsan Harirchian
      • Amir Namazian Jam
      • M. Sc. Zouhour Jaouadi
      • Jingxin MA
      • M. Sc. Simon Marwitz
      • Luthfi Muhammad
      • Chahmi Oucif
      • Dr. Ing. Andreas Plotzitza
      • Ehsan Rabizadeh
      • Hamid Radmard Rahmani
      • Huilong Ren
      • Mohammad Salavati
      • Dipl.-Phys. Albrecht Schmidt
      • Ali Hossein Nezhad Shirazi
      • Fabiola Tartaglione
      • Ph.D. Iuliia Urakova (Vasileva)
      • Navid Valizadeh
      • Mengwen Xu
      • Dr.-Ing. habil. Volkmar Zabel
      • M. Sc. Christin Zacharias
      • Reza Khademi Zahedi
      • Jorge Alberto Lopez Zermeño
      +
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  • Research
    • Projects
      • BESTOFRAC
      • Polymorphic Uncertainty
      • Integrated structure analysis
      -
    • Completed projects
      • Werkstoff- und Fügestellendämpfung
      • Integrierte Tragwerksanalysen
      • DYNABRIDGE
      • Hybrid Simulation Methods for the Damage Analysis of Multiphase Composites
      • Large-scale mircomechanics 3D model to simulate damage in heterogeneous materials
      • COMBAT
      • Robuste FSI-Verfahren für versagende dünne Schalen
      • Control of disproportionate collapse in buildings
      • Multi scale method for modeling material failure
      • A three dimensional multiscale method for modeling fracture in nanocomposites
      • Strategien für den robusten Entwurf von Tragwerken
      • Numerische Untersuchungen auf der Grundlage von 3D-Bilddaten (µCT) zur Bestimmung des Einflusses von Gussfehlern auf das mechanische Verhalten von Strukturbauteilen
      • Hybride 3D-Simulationsmethoden zur Abbildung der Schädigungsvorgänge in Mehrphasen-Verbundwerkstoffen
      • FADLESS - Fatigue damage control and assessment for railway bridges
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Projects

  • BESTOFRAC
  • Polymorphic Uncertainty
  • Integrated structure analysis

  • Projects
    • BESTOFRAC
    • Polymorphic Uncertainty
    • Integrated structure analysis
  • Completed projects
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