Christoph Adam

Professor

University of Innsbruck

Austria

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Christoph Adam is a Professor at Universität Innsbruck in Austria. His research encompasses structural dynamics, vibration control, and the application of advanced computational methods in engineering. Recent publications include works on the vibration analysis of cables, active vibration control, and seismic drift predictions using deep neural networks.

Christoph Adam

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Articles (26)

In-plane free vibration analysis of an inclined taut cable with a point mass

Fluid inerter-based vibration control of multi-modal structures subjected to vertical vibration

Geometric nonlinear analysis of slender layered non-prismatic beams with interlayer slip

Compensated velocity feedback for non-collocated active vibration control

Corrigendum to: “Dynamic analysis of tapered symmetrically layered beams with interlayer slip” [Appl. Math. Model. 120 (2023) 463–484, (S0307904X23001415), (10.1016/j.apm.2023.03.042)]

Editorial to special issue “Recent mechanics-based developments in structural dynamics and earthquake engineering”

Experimental and numerical investigation of a fluid inerter for structural control

Optimal design of short-period structures equipped with sliding tuned liquid column damper and numerical and experimental control performance evaluation

Seismic drifts of buildings through deep neural networks circumventing incremental dynamic analysis: Aims and pitfalls for robust and reliable predictions

A finite element for static and dynamic analyses of cross-laminated timber floors

Dynamic analysis of tapered symmetrically layered beams with interlayer slip

A linear finite element for timber–concrete layered beams with interlayer slip

Nonlinear mechanical model of a fluid inerter

A model considering the longitudinal track–bridge interaction in ballasted railway bridges subjected to high-speed trains

Effect of damping model and inelastic deformation on the prediction of vertical seismic acceleration demand on steel frames

Efficient estimation of tuned liquid column damper inerter (TLCDI) parameters for seismic control of base-isolated structures

In-plane buckling of flexibly bonded three-layer pinned-fixed half-sine shallow arches

Nonlinear Stability of Three-Layer Circular Shallow Arches with Elastic Interlayer Bonding

An accurate higher order plate theory for vibrations of cross-laminated timber panels

Approaches for predicting the probability of failure of bridges subjected to high-speed trains

Assessment of a compaction indicator for oscillation rollers with a lumped parameter model

Dynamic response of a non-classically damped beam with general boundary conditions subjected to a moving mass-spring-damper system

Flexural vibrations of geometrically nonlinear composite beams with interlayer slip

Numerical simulation of the compaction effect and the dynamic response of an oscillation roller based on a hypoplastic soil model

Parametric study of the compaction effect and the response of an oscillation roller

Smart structures through nontraditional design of Tuned Mass Damper Inerter for higher control of base isolated systems

Collaborators (2)

Dietmar Adam

Thomas Furtmüller

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