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Details concerning each work can be found at TUGrazonline.

Bachelor theses

• GAUGL, Paula: Modellierung und nachhaltige Optimierung von Seilkräften am Beispiel einer Straßenlaterne
• GARTNER, Dominik: Dynamische Berechnung von Fachwerken
• SÖLLRADL, Sophie: Symbolic calculation of beam structures
• KRENN, Jonathan: Belastung in einem symbolischen Stabprogramm
• GLATZ, Sandra: Visualisierung eines instationären Ausflusses aus einem Behälter
• STÖCKL, Ralph: Fachwerkgenerator - Erstellen eines Fachwerks durch zufällige Punkte
• MEEH, Alexander: An Implementation of the Argyris element for thin plate bending problems
• FARASSATI, Sassan: Berechnung eines Dreigelenkrahmens unter nichtlinearen geometrischen Bedingungen
• EGG, Philipp and KAISER, Michael: Programm zur Berechnung von Querschnittswerten - Python-Programm mit symbolischer oder numerischer Ergebnisausgabe
• MUJA, Gramos: Vergleich zwischen der Euler-Bernoulli-Balken-Theorie und der Timoshenko-Balken-Theorie
• MEEH, Alexander: Dynamic bending of beams: A finite element formulation
• GFRERER, Michael Helmut: Newton Potentials within the Boundary Element Method
• FISCHER, Christian: Manual of the Abaqus File Format Reader for the HyENA BEM Library
• CELLA, Erich: Differential equations of discs and plates
• PÖLZ, Dominik: The Scalar Wave Equation in the Finite Difference Method (FDM)
• HAUSER, Laurin: Shallow water equation

Master and Diploma theses

2021

• Kramer, Thomas: Dynamic Analysis of Two-Dimensional Frames Using the Numerical Assembly Technique

2018

• MEEH, Alexander: Space-Time Methods for the One Dimensional Wave Equation

2015

• PÖLZ, Dominik: Galerkin Boundary Element Formulations for Impedance Boundary Conditions in Acoustics

2013

• GFRERER, Michael: Finite Element Formulation for the Consolidation Process in poro-elasto-plastic Media

2008

• RAMMERSTORFER, Franz: Simulation von Wellenausbreitung unter Verwendung von „Perfectly Matched Layers“
• MESSNER, Michael: Zeitabhängige Körperkräfte innerhalb einer Randelemente Formulierung

2006

• FÄSSLER, Bernhard: Seildynamik von Zweiseilbahnen
• NENNING, Mathias Johannes: Modellierung der frequenzabhängigen Interaktion zwischen Festkörper und Porenfluid im Boden

Dissertations

Doctoral theses at the Institute of Applied Mechanics are published in the series "Computation in Engineering and Science (CES)", part of the "Monographic Series" of the Verlag der Technischen Universität Graz.

2024

• BRONZOVA, Mariia: New considerations in the numerical description of poro-elastic systems in the frame of the patch transfer function substructuring approach

2023

• GUPTA, Ishan: Modelling Growth and Formation of Thrombus: A Multiphasic Approach
• POLANZ, Markus: Numerical investigations of a trim test bench for characterizing poro-elastic flat trim specimens in terms of patch-transfer-functions  

2022

• LEITNER, Michael: Thermoelastic simulation of hot Forming Tools using Boundary Element Method
• KHOSRAVI, Mohammadkeya: Numerical modeling of the long-term behavior of rockfill structures  

2019

• PÖLZ, Dominik: Space-Time Boundary Elements for Retarded Potential Integral Equations

2020

• GIRSTMAIR, Bernhard: Fault Detection and Health Diagnosis of Railway Bogies Using Machine Learning and Probabilistic Reasoning Approaches

2019

• BUCHEGGER, Blasius: Flanking sound transmission in coupled panels of cross-laminated-timber

• LI, Linke: Hypoplastic modelling of grain stiffness degradation in granular material

2018

• BERNSTEINER, Christof: Investigation of the formation mechanisms of the rail defect squat

2017

• GFRERER, Michael Helmut: Vibro-Acoustic Simulation of Poroelastic Shell Structures

2016

• TRAUB, Thomas: A Kernel Interpolation Based Fast Multipole Method for Elastodynamic Problems

2015

• MEIERHOFER, Alexander: A new Wheel-Rail Creep Force Model based on Elasto-Plastic Third Body Layers

2014

• KAGER, Bernhard: Efficient Convolution Quadrature based Boundary Element Formulation for Time-Domain Elastodynamics

• MESSNER, Michael: A Fast Multipole Galerkin Boundary Element Method for the Transient Heat Equation

2012

• PENG, Li: Boundary Element Method for Wave Propagation in Partially Porous Materials

2011

• MESSNER, Matthias: Fast Boundary Element Methods in Acoustics
• NAGLER, Loris: Simulation of Sound Transmission through Poroelastic Plate-like Structures

2010

• NENNING, Matthias: Infinite Elements for Elasto- and Poroelastodynamics

2009

• KIELHORN, Lars: A Time-Domain Symmetric Galerkin Boundary Element for Viscoelastodynamics

2008

• ROSENBERGER, Martin: The stationary arc running and the active tracking of rail vehicles
• TANTONO, Sendy: The mechanical behaviour of a soilbag under vertical compression

2007

• ALVERMANN, Steffen: Effective viscoelastic behaviour of cellular auxetic materials
• RÜBERG, Thomas: Non-conforming Coupling of Finite and Boundary Element in Time Domain
• THIEL, Alexandra: A framework for the numeric simulation in tunnel construction