Professorships

Analysis

Numerics

Optimization

Stochastics

Current research projects

PHS - Port-Hamilton systems

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SFB 1701 (Collaborative Research Centre)
TP B02: Geometric numerical integrators for port-Hamiltonian systems

 

Funding agency                Deutsche Forschungsgemeinschaft (DFG)

Speaker university

Bergische Universität Wuppertal

Partner universities

TU Berlin, TU Chemnitz, TU Ilmenau, Universität Trier
Principal InvestigatorProf. Dr. Nicole Marheineke, Prof. Dr. Michael Günther (Bergische Universität Wuppertal)
Time frame2025 – 2028

Taking into account the effects of ports, dissipation and nonlinear parameterisations, efficient higher-order time integration methods are developed for port-Hamiltonian systems of ordinary differential and differential-algebraic equations. The methods are based on variants of operator splitting, which extend and generalise concepts of commutators, Cayley transformations and multirate approaches. In addition, Galerkin methods and discrete gradient methods specifically tailored to the port-Hamiltonian structure are designed and analysed.

ALOP — Algorithmic Optimization

Research Training Group (RTG 2126)

 

Funding agencyGerman Research Foundation (GRF)
SpeakerProf. Dr. Volker Schulz
Principal InvestigatorProf. Dr. Nicole Marheineke, Prof. Dr. Leonhard Frerick, Prof. Dr. Georg Müller-Fürstenberger, Prof. Dr. Ralf Münnich, Prof. Dr. Martin Schmidt, Prof. Dr.Frank Thomas Seifried, Prof. Dr. Sven de Vries, Prof. Dr. Miriam Dür, PD Dr. Jan Pablo Burgard 
Time frame2017 – 2025

Mathematical optimization is a discipline of high importance for economy, science, industry, policy support, and the public and private sector. Due to practical demand and the rise of computing capabilities, experts proficient in this field are needed in research and development. This research training group (RTG) therefore focuses on education in the field of algorithmic optimization.

 

ElAN - Efficient local waste heat utilization in low-temperature networks

Subproject: Structure-preserving approximations

Funding agency

BMBF
SpeakerProf. Dr. Nicole Marheineke
Principal InvestigatorProf. Dr. Nicole Marheineke
ContributorsAndrés Ortegón
Time frame2022 – 2025

The aim of the subproject is the development and analysis of structure-preserving approximations for low-temperature subgrids with fixed flow direction and their application in state estimation for model predictive control. The envisaged data (snapshot)-based reduction under compatibility conditions includes Galerkin projections for spatial discretization and model order reduction as well as complexity reduction for the nonlinearities.

 

FINE – Forschen durch interaktives Entdecken

Funding agencyMinisterium für Bildung Rheinland-Pfalz (MB), Ministerium für Familie, Frauen, Kultur und Integration Rheinland-Pfalz (MFFKI)
SpeakerDr. Bernd Perscheid
Principal InvestigatorDr. Bernd Perscheid, Bianca Schröder
Time frame2025

Educational project for elementary school children in full-day programs to promote mathematical skills. 
 

Ada-Lovelace-Project

Ada-Lovelace-Project

 

Funding agencyEuropean Social Fund Plus, Ministry of Science and Health (MWG), Ministry of Family, Women, Culture and Integration (MFFKI)
SprecherProf. Dr. Leonhard Frerick
Principal InvestigatorBianca Schröder
Time framesince 1998 

Rhineland-Palatinate Competence Center for Women in STEM

Rodes

Funding agencyBMBF
SpeakerProf. Marc Pfetsch, TU Darmstadt
Principal InvestigatorProf. Dr. Martin Schmidt
ContributorsLefebvre, Henri
Time frame11/2022 – 10/2025

This interdisciplinary project deals with the robust design of energy systems like electricity networks.