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Institute of Materials SimulationFriedrich-Alexander-Universität Institute of Materials Simulation
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Friedrich-Alexander-Universität
Erlangen-Nürnberg
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  5. Dr. Shahabeddin Ahmadi
19. December 2022
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Dissertation

Macro- and Mesoscale FE-Simulation of Shape Memory Alloy Film Damping for Smart Miniature Devices

Last update: 19 March 2026 - 16:25

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    • Lectures Winter Term 2025/26
    • Lectures Summer Term 2025
    • Information for Computational Engineering students
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      • Conditions
    • Data-based Materials Modeling
    • Shape Memory Alloy (SMA) Damping for Smart Miniature Systems
    • Projects
      • Continuum Dislocation Dynamics (CDD) theory
      • Deformation behaviour of Materials with Amorphous Microstructure
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      • Finite Element Modeling of Bi-directional Origami Microactuator System
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      • Thermal Performance Optimization of EV Battery Module Electric Boxes: A Comparative Study of Alternative Housing Materials
      • AI-guided Recognition of Local Patterns in Nanoparticles from Tomographic Images
      • Simulation Study of Multiple Loading Conditions for Shape Memory Alloy films
      • Uncovering Hidden Structures in Materials Data: A Study of Two Clustering Algorithms with Dimensionality Reduction
      • Study of morphological indicators of virtual microstructures for material optimization
      • Computationally Efficient Torque Estimation in SMA Microactuation Systems: A Neural Network Surrogate Trained on Parametric FEM Data
      • System Identification of physical chemical model of Li-ion cell using deep learing
      • Modelling dislocation structures and size effects in deformed bicrystal based on continuum approaches
      • Shape Memory Alloys and Shape Memory Polymers in Origami-Inspired Self-Bending Micro-Actuators
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      • Modelling uni-axial and cyclic deformation of gradient nano-grained materials
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      • Mesoscale Simulation of Shape Memory Alloy Film Damping
      • The Role of Damage Diffusion on the Plastic Properties of Amorphous Solids - A Kinetic Monte Carlo Approach
      • Topological dimension tunes activity patterns in hierarchical modular network models
      • On the properties of (scale-free) random networks
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      • Concurrent Multiscale Simulations of Metal Fracture
      • Statistical properties of plastic deformation of crystalline solids
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