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Personal 

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Infrastructure

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BMlab

The laboratory employee Lukas Warnung has left KL and Dr. Hanns Amri succeeds him as the person in charge. 

Image Removed© kl/h.amri

New experiments in dynamic testing of biomaterials and human meniscus were developed and used in new projects. 

Image Added© kl/h.amri

KL Teaching 

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Since 2022/23 the line "Biomedical Physics" takes place in all three years of the bachelor´s study "Medical Science":

Study Year 1:

• Mathematics for Medical Sciences  - Victoria Fiedler, Hanns Amri, Victoria Fiedler, Katharina Nägl, Lena Wurzinger

• Mechanics, Solids & Fluids (Physics I) -  Dieter Pahr, Andreas Reisinger, Hanns Amri, Katharina Nägl, Lena Wurzinger, Juan Diego Silva Henao

• Thermodynamics (Physics II) - Hanns Amri, Andreas Auer, Katharina Nägl

Study Year 2:

• Electricity and DC Circuits (Physics III) - Matthias Krenn

• Sounds & Optics (Physics IV) - Lorenz Steinwender, Martin Heinisch

• Radiation & Health (Physics V) - Markus Stock, Julia Lechner, Christoph Resl, Carola Lütgendorf-Caucig

      Elective Modul BM12:

• Design of Biomedical Engineering Applications based on Lego and 3D PrintingElective Biomedical Engineering with LEGO Mindstorms - Dieter Pahr, Andreas Reisinger, PhDs (Lena Wurzinger, Juan Diego Silva Henao

Study Year 3: (Line BME – BA Health Science)

• Introduction to Biomedical Engineering - Dieter Pahr, Alexander Synek, Andreas Reisinger, Victoria Fiedler

Research

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Research Output

see @KRIS: Journal Article and Conference Presentations 

Current Research 

The following is an overview of current research topics:

• Mixed uniform boundary conditions improve homogenized FE models of bone-screws and inverse remodelling / Dieter H. Pahr, Sebastian Bachmann, Alexander Synek 
• First steps towards mimicking soft tissue via a combination of silicone 3d printing and microstructural design /Katharina Nägl, Laszlo Jaksa, Andrea Lorenz, Dieter H. Pahr, Andreas Reisinger
• Homogenized FE models can predict hip joint loading using inverse bone remodeling at the femoral head / Sebastian Bachmann, Dieter H. Pahr, Alexander Synek
• Towards unbiased and accurate simulations of screw-bone constructs with homogenized FE models/Alexander Synek, Lukas Ortner, Dieter H. Pahr
• Simplified screw-bone interface models for computationally efficient μFE simulations / Pia Stefanek, Dieter H. Pahr, Alexander Synek
• One step at a time: estimating gait variables from a single trunk mounted imu IMU / Lena Wurzinger, Dieter H. Pahr
• Permanent damage on implanted bone screws occurs significantly earlier than the apparent failure / Juan D. Silva-Henao, Dieter H. Pahr, Andreas Reisinger
• First Steps towards creating 3D-speckle patterns for the purpose of Digital Volume Correlation / Victoria Fiedler, Dieter H. Pahr
• Mechanical properties of individual osteoporotic and control trabeculae in compression / Katja Haslinger, Martin Frank, Dieter H. Pahr, Philipp J. Thurner
• Viscoelasticity of menisci by relaxation / Andreas Reisinger, Monika Pichler, Dieter H. Pahr

New: Research Youtube Channel

Thanks to Dr. Reisinger, a new research youtube channel  has been lounched, providing new insights into our work.  

Image Added© kl/d.pahr

Activities & Events 

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borderColor grey title 16.März 2022
biomechanics article "Femoral Bone Strength Prediction Using Isotopological B-Spline-Transformed Meshes"" (PDF) Image Removed online unter: Biomechanics | Free Full-Text | Femoral Bone Strength Prediction Using Isotopological B-Spline-Transformed Meshes (mdpi.com)
May 2022
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borderColor grey title 10.Mai 2022
NEW TU Wien Lecture: "Biomechanical Testing of Bone and Orthopedic Implants"  © kl/a.reisinger On May 10, the second part of the TU Vienna lecture took place in the BMLAB of KL. Among other things, a bone was embedded and tested. In this way, the young scientists became interested in the KL and biomechanics. In this way, young scientists could be interested in the KL and biomechanics and the connection between the TU and the KL could be strengthened.

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borderColor grey title Juni June 2022
New Elective Seminar in the field of biomedical engineering for medical students at the KL. Project title: Design and build a tablet dosing machine using Lego Mindstorm and 3D printing. © kl/d.pahr Studierende: Stephan Klaus DEHEN, Caroline GIRARDELLI, Felix FELLNER, Raoul FREY, Tristan KLAMMINGER, Alexander LAMPEL, Elisa-Christiane PÖTZ, Florian SENGSTBRATL Lehrende: Dieter Pahr, Andreas Reisinger, Juan Diego Silva Haneo, Lena Wurzinger

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