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Thomas K Bader

Associate Professor
Department of Building Technology Faculty of Technology
+46 470 76 75 79+46 72 522 59 78
Hus M 3073
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Timber engineering and wood mechanics are the main areas of my teaching and research activities. My core expertise encompasses experimental and numerical methods of mechanics, which are applied in teaching and research. Since April 2016, I am working as a senior lecturer in the Department of Building Technology and since September 2016, I am appointed Associate Professor in Building Technology with specialization in Structural Engineering. Before my start at the Linnaeus University, I was working as a post-doctoral researcher at the Institute for Mechanics of Materials and Structures at the Vienna University of Technology, where I even wrote my doctoral thesis in the field of wood mechanics after a master degree in civil engineering.

At the Department of Building Technology, I am teaching in the field of timber engineering, mainly at the advanced level within the master program in structural engineering as well as in the Expert competence for sustainable timber buildings project. Courses within the latter project are targeted towards enhancing the competence of practical engineers. I am supervising degree projects for bachelor and master students, and I supervising doctoral students. The aim of my teaching activities is to increase the knowledge of future or practicing engineers about timber as a structural material. A widespread and profound expertise about timber among the stakeholders in the building process will help to exploit its potential in structural applications.

Main areas of my research encompass, wood mechanics at different length scales, experimental characterization of wood and wood products, numerical simulation of wood at different length scales, dowel-type connections in timber structures, numerical modeling of timber structures, and the assessment of timber structures. My research aims at the development of computational or analytical methods for an enhanced description of the material or component behavior of timber in engineered structures. Advanced experimental methods are applied for the purpose of establishing suitable databases as a basis for computation models. Advanced modeling techniques will help to develop more advanced design methods for engineered timber structures in the future.

Publications

Article in journal (Refereed)

Article in journal (Other academic)

Conference paper (Refereed)

Conference paper (Other academic)

Book (Other academic)

Doctoral thesis, monograph (Other academic)

Conference proceedings (editor) (Refereed)

Conference paper (Other (popular science, discussion, etc.))