معرفی
Andreas Linderholt is a Professor in the Department of Mechanical Engineering at Linnaeus University, specializing in structural dynamics, wind-induced vibrations, and acoustics of timber buildings. He leads research in numerical modeling, experimental validation, and dynamic substructuring of nonlinear systems.
- Key Affiliations: Linnaeus University (Faculty of Technology), Smart Industry Group, Dyna-TTB Research Program
- Education: Doctoral Thesis (Chalmers University) on Finite Element Model Updating and Parameter Identifiability
Research Interests focus on:
- Wind-induced vibrations in tall timber structures
- Low-frequency impact sound insulation
- Finite element model calibration
- Dynamic substructuring of complex systems
- Nonlinear structural behavior
Recent Publications address:
- Timber truss modeling for serviceability
- Psychoacoustic evaluation of wooden floor sound insulation
- Multi-harmonic calibration methods for nonlinear structures
- Experimental substructuring benchmarks
- Full-scale dynamic testing of 7-story timber buildings
Collaborations include work with RISE, Chalmers University, and international teams on projects like Dyna-TTB and Smart-IAT. His work bridges numerical simulations, laboratory experiments, and real-world structural applications in sustainable construction.
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