Dr. rer. nat. habil. Miriam Mehl

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Address:

TU München

Institut für Informatik

Boltzmannstr. 3

85748 Garching b. München

Office:

MI 02.05.041

Email:

mehl@in.tum.de

Phone:

(089) 289 18 638

Fax:

(089) 289 18 607

Personal Data

Teaching

Lectures and Lab Courses

Winter 09	Scientific Computing Lab - Winter 09
Winter 09	Supervised Teaching
Sommer 09	Introduction to Scientific Computing II - Summer 09
Sommer 09	CSE Seminar Benefits of Hierarchy and Adaptivity - Summer 09
Winter 08	Scientific Computing Lab - Winter 08
Winter 08	Supervised Teaching
Sommer 08	Introduction to Scientific Computing II
Sommer 08	Lab Course Scientific Computing - Computational Fluid Dynamics
Winter 07	Lab Course Computational Methods in Science and Engineering
Sommer 07	Introduction to Scientific Computing II
Sommer 07	Lab Course Computational Fluid Dynamics
Winter 06	Lab Course Computational Methods in Science and Engineering
Sommer 06	Introduction to Scientific Computing II
Sommer 07	Lab Course Computational Fluid Dynamics
Winter 05	Lab Course Computational Methods in Science and Engineering
Sommer 05	Lab Course Scientific Computing and Visualization
Winter 04	Introduction to Scientific Computing I
Sommer 04	Lab Course Scientific Computing and Visualization
Winter 02	Introduction to Scientific Computing I
Sommer 02	Tutorial Einführung in die Programmierung II
Winter 00	Tutorial Konkrete Mathematik
Winter 98	Tutorial Konkrete Mathematik

Education and Training

PROLEHRE

• Prolehre kompakt (compact course PROLEHRE)
• Schriftlich Prüfen (written exams)
• Gezielt argumentieren - konstruktiv moderieren (argueing and moderation)
• Anleiten, Motivieren, Schlichten (guiding, motivating, settling)
• Studierenden Schlüsselkompetenzen vermitteln (teaching core competences)
• Evaluation (evaluation)
• Teaching in English
• Mindmapping: Denk- und Arbeitstechnik für Forschung und Lehre

Research

Running projects

• A High-End Toolbox for Simulation and Optimisation of Multi-Physics PDE Models
• Computational Steering of Complex Flow Simulations
• Distributed stochastic simulation for the hydroelastic analysis of very large floating structures
• Particle Transport in a Drift Ratchet as an Application Example for High Performance CFD and FSI
• Numerical Simulation of Fluid-Structure-Interactions on Cartesian Grids
• Modelling and Development of Micropumps
• Particle Transport in Drift Ratchet as an Application Example for High-Performance CFD and FSI
• Development of New Methods for the Production of Highly Reactive Polyisobutenes

Completed Projects

• Efficient Parallel Simulation of Fluid Flow on Cartesian Grids
• Design of efficient computation methods for problems of fluid dynamics (FORTWIHR)
• SFB438 - Z2: Mathematical Modelling, Simulation and Verification of material-oriented processes and intelligent systems
• SFB411 - C4: Principles of aerobic biological wastewater treatment
• Development of courses for the vhb

Publications

Articles in Journals

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Book Contributions

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Articles in Proceedings

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Doctoral Thesis

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Others

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Talks and Presentations

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