Dipl.-Math. (FH) Manuel Landstorfer

Adress:

Ulm University
Department of Numerical Mathematics
Helmholtzstraße 18 (Room 143)
89069 Ulm, Germany

Contact:

Phone: +49 (0)731 / 50-23533
Fax: +49 (0)731 / 50-23548
Mail: manuel.landstorfer )^( uni-ulm.de

Current Fields of Research:

Mathematical Modeling of Lithium Ion Batteries

Part of the BMBF Project LISA
Collaboration with Theoretical Electrochemistry Group (PD Dr. Timo Jacob), Institute of Electrochemistry, Ulm University.

Free energy functional based derivation of transport equation systems
Kinetic studies - boundary conditions
Ion transport in solid electrolytes
Potential and concentration distribution at electrode/electrolyte interfaces
Influence studies of the space charge layer
Full Cell Simulation of discharge
Impedance spectroscopy simulations based on PDEs (no equivalent circuit!)

Schwarz-Christoffel in multiply connected domains and applications for the Laplace equation

Numerical evaluation of the multiply connected SC Map
Fast computation of the required parameters in Matlab
Path Integral computation with graph theoretical methods

2-D parallelized FEM with MPI in C++

Mesh generation and red refinement
Assembling stiffness matrix and distribute to clients
Solving via MPI paralleled CG Method
Code on request ...

Teaching:

WS 09/10	Numerik 3
SS 09	Modellierung und Simulation
WS 08/09	Scientific Computing

Publications:

06/2011	M.Landstorfer, S.Funken, and T. Jacob, An advanced model framework for solid electrolyte intercalation batteries, Phys. Chem. Chem. Phys., 13, 2011
01/2010	K.Becker-Steinberger, S.Funken, M.Landstorfer, and K. Urban, A Mathematical Model for All Solid-State Lithium Ion Batteries, ECS Transactions, 25, 2010
10/2007	Diplomarbeit: Schwarz-Christoffel mapping of multiply connected domains proof discussion and elaboration, Matlab implementation and search algorithms for integration paths <link files diplomarbeit.pdf>Diplomarbeit.pdf Supervisor: Prof. Dr. Wolfgang Lauf (FH Regensburg)

Conference Contribution:

07/2011	18th Conference on Solid State Ionics, Warsaw: # FUND: "A Model Framework for Ion Transport Equations in Solid Electrolytes" by M. Landstorfer, S. Funken, and T. Jacob Abstract
03/2011	DPG Spring Meeting 2011, Dresden: # CPP19.13: "Impedance Spectroscopy Simulation of Solid Electrolytes" by M. Landstorfer, S. Funken, and T. Jacob Abstract Poster
09/2010	61st Meeting of the International Society of Electrochemistry, Nice: # S04: "Transport equations for a solid electrolyte lithium ion battery cell incorporating first principle parameters" by M. Landstorfer, S. Funken, and T. Jacob Abstract
04/2010	217th Meeting of the Electrochemical Society, Vancouver: # 391: "Thin-Film Battery Cell Modeling with Concentration Dependent Diffusion Coefficients" by K. Becker-Steinberger, S. Funken, M. Landstorfer, and K. Urban <link files ecs_vancouver.pdf>Abstract
03/2010	DPG Spring Meeting 2010, Regensburg: # CPP31.1: "A Transport Model for an All Solid State Lithium Ion Battery" by M. Landstorfer, S. Funken, and T. Jacob <link files dpg_abstract.pdf>Abstract <link files dpg_a4.pdf>Poster
10/2009	216th Meeting of the Electrochemical Society, Vienna: # 704: "A Mathematical Model for All Solid-State Lithium Ion Batteries" by K. Becker-Steinberger, S. Funken, M. Landstorfer and K. Urban <link files ecs_vienna.pdf>Abstract

(Selected) Talks:

02/2011	MPI Seminar, MPI for Solid State Research (Maier Group), Stuttgart: First principle based modelling of solid electrolyte lithium ion batteries File: MPI_Seminar.key
11/2010	BASF, Ludwigshafen: Advanced process modeling for solid or concentrated liquid electrolytes (applied to Li ion batteries)
02/2010	Theoretical Chemistry Uni Ulm, Kleinwalsertal: Mathematical Model of an All Solid State Lithium Ion Battery File: <link talks theochem.pdf>TheoChem.pdf
10/2009	Fraunhofer ITWM, Kaiserslautern: Derivation of Model Equations for a Solid Electrolyte Battery Cell File: <link talks itwm.pdf>ITWM.pdf
09/2009	Research meeting TU Wien/Uni Ulm, Toskana: Mathematical Modeling All Solid State Batteries File: <link talks toskana09.pdf>Toskana09.pdf
11/2008	LISA Project meeting, Darmstadt : Projekttreffen LISA Modellierung AG Ulm File: <link talks vortrag_18_11_08.pdf>Vortrag_18_11_08.pdf
09/2008	Research meeting TU Wien/Uni Ulm, Söllerhaus: Introduction to Lithium Ion Batteries... BMBF compound network project LISA File: <link talks vortrag_15_09_08.pdf>Vortrag_15_09_08.pdf
07/2008	Alumni Vortrag im Rahmen des Jahres der Mathematik, HS Regensburg: Konforme Abbildungen, Lithium Akkus ... und der Weg dort hin (in German) File: <link talks>08_07_08_FHR.pdf File: <link talks videos.zip>Video Files
06/2008	Arbeitsgruppe Numerik Uni Augsburg/Ulm, Reisensburg: Introdction to (modelling) Lithium Ion Batteries BMBF compound network project LISA File: <link talks>26_06_08_Reisensburg.pdf File: <link talks videos.zip>Video Files
01/2008	Oberseminar Numerik, University Ulm: Conformal mappings Schwarz-Christoffel und das Dirichlet Problem (in German) File: <link talks sc_dirichlet_170108.pdf>SC_Dirichlet_170108.pdf

Short Curriculum Vitae:

since 03/2010	Ulm University Postgraduate Ph.D. Scholarship
since 11/2007	Research associate at the Department of Numerics in Ulm
10/2007	Diploma in Mathematics (Dipl. Math. (FH)) University of Applied Sciences Regensburg
10/2003-10/2007	Study of Mathematics University of Applied Sciences Regensburg (FH-Regensburg)
03/2006-08/2006	Internship Swiss Life Germany, Munich Bureau of calculation techniques, life insurance calculation kernel
09/2005	Vordiplom in Mathematics Fachhochschule Regensburg
10/2004-03/2005	Internship Physics Department, University Regensburg Institue for Quantum Field Theory
07/2003	Fachgebundene Hochschulreife Fachoberschule Regensburg
06/1984	born in Regensburg, Bavaria