Zurück zum Teamverzeichnis Dr.-Ing. Franziska Reimann Raum Ex 136 Tel.: +49 (0) 381 498-7044 Fax: +49 (0) 381 498-7081 E-Mail: franziska.reimann(at)uni-rostock.de Research Project WAKOMP The overall aim of the BMBF-funded project „WAKOMP“ is the development of concepts to manipulate the longitudinal phase-space distribution of electron beams, specifically their energy widths. To achieve this, passive wakefield dechirping methods are studied, which rely solely on the use of a simple waveguide structure, the so-called “dechirper”. Possible dechirping structures encompass cylindrical and

https://www.iae.uni-rostock.de/reimann/

Zurück zum Teamverzeichnis Dr.-Ing. Kiran Kumar Sriperumbudur Raum Ex 109 Tel.: +49 (0) 381 498-7074 Fax: +49 (0) 381 498-7081 E-Mail: kiran.sriperumbudur(at)uni-rostock.de Research Interests Modeling nerve electrode interface focussing on deep brain stimulation and cochlear implants Developing novel methods to model tissue heterogeneity and bone porosity in the region of interest Developing physiologically explainable uncertainty quantification of model parameters to optimize the functionality of biologically active implants systems Formulating a simple equation system to describe the

https://www.iae.uni-rostock.de/institut/allgemeines/team/sriperumbudur-kiran/

Zurück zum Teamverzeichnis Dr.-Ing. Hendrikje Raben Raum Ex 137 Tel.: +49 (0) 381 498-7075 Fax: +49 (0) 381 498-7081 E-Mail: hendrikje.raben(at)uni-rostock.de Research Interests Numerical simulation of electromagnetic fields in biomedical applications Numerical modelling of electrical stimulation of bone Design and optimisation of electrostimulative bone implants Quantify uncertainties in the context of electrical stimulation of bone Research Projects Description SFB 1270 ELAINE: Electrically Active Implants Project A02 (Work Package A02-1.1): Refined concepts for electro-stimulative osteosynthesis

https://www.iae.uni-rostock.de/raben/

Zurück zum Teamverzeichnis Dr. Karthik Sridhar Raum Ex 136 Tel.: +49 (0) 381 498-7076 Fax: +49 (0) 381 498-7081 E-Mail: karthik.sridhar(at)uni-rostock.de Professional Journey Karthik Sridhar is actively engaged in the development of a brain network model as part of the transregional research centre- Retune project. This ambitious initiative strives to propel advancements in brain-machine interfaces, and my role specifically involves the validation of these models using real-time human data. In my earlier position, I served as a Research Engineer at University College Dublin (UCD), Ireland, where

https://www.iae.uni-rostock.de/team/sridhar-karthik/

Zurück zum Teamverzeichnis Dr.-Ing. Nadine Rudolph E-Mail: nadine.rudolph (at) uni-rostock.de Research Projects Description CRC 1270 ELAINE - Electrically Active Implants Project A02 Multi-scale models for studies on electrically active implants in due consideration of uncertainties in the input data For therapies employing electrically active implants, numerical models are central in determining the resulting electric field distribution in the targeted tissue. Only multi-scale models that also include interacting bioelectrical, biochemical, biomechanical and thermal effects meet the specific

https://www.iae.uni-rostock.de/team/rudolph-nadine/

Zurück zum Teamverzeichnis Dr.-Ing. Gowrishankar Thalagavadi Hallilingaiah ehemaliger Mitarbeiter Research Interests Numerical simulation of electromagnetic fields Beam dynamics simulation in a deflecting cavity Measurement of RF parameters in a normal conducting cavity Research Projects Description TRAnsversal Cavity for ELBE (TRACE) Currently, in the electron beam accelerator facility (ELBE) at Rossendorf-Dresden, at any given time, the beam is used only by a single user for his experiment. As different experiments require different beam intensity settings, not all the experiments fully utilize

https://www.iae.uni-rostock.de/hallilingaiah/

Zurück zum Teamverzeichnis Dr. Dennie Supriatna Raum Ex 137 Tel.: +49 (0) 381 498-7075 Fax: +49 (0) 381 498-7081 E-Mail: dennie.supriatna(at)uni-rostock.de Research Interests Nonlinear Finite Element Method Constitutive laws of material Multiscale analysis and homogenization Research Projects Description Project A02 in SFB 1270/2 ELAINE – ELectrically Active ImplaNts : Multi-scale models for studies on electrically active implants in due consideration of uncertainties in the input data. Project duration: 01.07.2021 to 30.06.2025 Supervisors: Prof. Dr. rer. nat. habil. Ursula van Rienen Dr.-Ing.

https://www.iae.uni-rostock.de/team/supriatna-dennie/

Zurück zum Teamverzeichnis M.T. Junaid Sadrach Raum Ex 135 Tel.: +49 (0) 381 498-7079 Fax: +49 (0) 381 498-7081 E-Mail: junaid.sadrach(at)uni-rostock.de Project Description Disturbance of Electronic Implants by Electromagnetic Fields Electronic implants can be affected in their function by electromagnetic fields. An increasing number of field sources in the everyday life and working environment inevitably leads to an increased risk for patients with electronic implants. EM Field Interference from outer source will be investigated. The aim of this research is to find out when/where/how implants

https://www.iae.uni-rostock.de/sadrach/

Zurück zum Teamverzeichnis Dr.-Ing. Tomasz Galek Ehemaliger Mitarbeiter Forschungsschwerpunkte Numerical Simulations of Electromagnetic Fields Design and Modeling of Superconducting Radio Frequency Structures for Particle Accelerators Microwave Absorption in Metallic and Ceramic Powders Microwave Sintering Microwave Interactions with Matter and Artificial Media

https://www.iae.uni-rostock.de/galek/

Forschungsschwerpunkte Strahlungsquelle ELBE, HZDR Beschleunigertechnologie Prof. Dr. rer. nat. Peter Michel Raum LLM 232 (Gebäude Leben, Licht und Materie) Tel.: +49 (0) 381 498-8993 Fax: +49 (0) 381 498-7081 E-Mail: peter.michel(at)uni-rostock.de Sekretariat: Frau Krebs Quelle: HZDR/Jana Grämer Pressemeldung Universität Rostock „Beschleuniger zählen zu den wichtigsten Großgeräten der Forschung. Sie bringen winzige, elektrisch geladene Teilchen auf hohe Geschwindigkeiten - bis fast an die Lichtgeschwindigkeit. Die schnellen Teilchen werden von Wissenschaftlern unterschiedlichster Forschungsdisziplinen

https://www.iae.uni-rostock.de/institut/lehrstuehle/beschleunigertechnologie-prof-michel/