Projects of the SPP 1239/3 (09/2010 - 08/2012)

Areas:

A. Fundamentals
B. Bulk materials and applications
C. Films and microsystems

Projects:

Package: Magnetic, magnetoelastic and dynamical properties of martensitic Heusler alloys (A2, A3)
A2: Magnetic, magnetoelastic and dynamical properties of martensitic Heusler alloys: new materials, Mehmet Acet and Eberhard F. Wassermann, U Duisburg-Essen

A3: Ab initio and semi-empiric simulations of structural changes of magnetic shape memory systems by external magnetic fields, Peter Entel, U Duisburg-Essen

Project:
A4: Ab initio investigation of temperature dependent effects in magnetic shape memory Heusler alloys, Tilmann Hickel and Jörg Neugebauer, MPIE Düsseldorf

Project:
A6: Mathematical modelling and simulation of microstructured magnetic-shape-memory materials, Sergio Conti, Martin Lenz and Martin Rumpf, U Bonn

Package: Domain structures and dynamics in magnetic shape memory materials: Theory and experiment (A7, A8, B1)
A7: Continuum models of magnetic shape memory materials: mathematics, Stefan Müller, U Bonn, and Felix Otto, MPI Leipzig

A8: Continuum models of magnetic shape memory materials: modelling, Ulrich K. Rößler, IFW Dresden

B1: Dynamic metallographic and magneto-optical polarization microscopy of MSMA systems (DynMSMA), Jeffrey McCord, CAU Kiel, and Rudolf Schäfer, IFW Dresden

Project:
B3: Development of MSMA-Driven Actuators based on Standardization of Single Crystal Growth, Treatment and Quality Assessment: actuators, Annika Raatz and Jürgen Hesselbach, TU Braunschweig

Package: Basis research of the influence of real structure on magnetic field Induced strain (MFIS) in NiMnGa alloys (B4, B5, B6)
B4: Magnetic field induced strain (MFIS) in textured polycrystalline ferromagnetic martensitic NiMnGa alloys: Deformation texture, Andrea Böhm, Fraunhofer IWU Dresden

B5: Magnetic field induced strain (MFIS) in textured polycrystalline ferromagnetic martensitic NiMnGa alloys: Solidification texture, Stefan Roth, IFW Dresden

B6: Structure and properties of twin boundaries in NiMnGa alloys: Influence of microstructural parameters, Werner Skrotzki, TU Dresden

Project:
B8: Polymer bonded textured composites with single crystalline NiMn-based MSM particles for magnetic-field controlled dampers and actuators, Oliver Gutfleisch, IFW Dresden

Project:
B9: Magnetic Shape-memory alloys as active materials for vibration damping, Hartmut Janocha, U Saarbrücken

Package: Microactuator systems based on epitaxial Ni-Mn-Ga films with magnetic shape memory effect (EPITACT) (C1, C3)
C1: Micromachining and integration, Manfred Kohl, KIT Karlsruhe

C3: Microactuator Systems Based on Epitaxial Ni-Mn-Ga Films with Magnetic Shape Memory Effect (EPITACT), Sebastian Fähler and Ludwig Schultz, IFW Dresden

Project:
C5: Microstructure of epitaxial films of the magnetic shape memory material Ni₂MnGa, Gerhard Jakob, U Mainz

Package: Fe-Pd-X thin film-polymer composites for sensor applications (C6, C7, C8, C10)
C6: Development of ferromagnetic shape memory thin film-polymer composite sensors using micro/nano-techniques, Eckhard Quandt, CAU Kiel

C7: Extrinsic properties of epitaxial Fe-Pd MSM films, Sebastian Fähler, IFW Dresden

C8: Combinatorial development of new ferromagnetic shape memory thin films with improved intrinsic properties, Alfred Ludwig, U Bochum

C10: Ab initio evaluation of phase stability, magnetism and twin boundary mobility in ternary Fe-based shape memory materials, Markus E. Gruner, U Duisburg-Essen

Project:
C11: Real and magnetic structure investigation of ferromagnetic shape memory alloys with the aid of transmission electron microscopy, Lorenz Kienle, CAU Kiel

Project:
Z1: Exploitation and transfer of the results of the SPP 1239, Eckhard Quandt, CAU Kiel

Project:
Z2: Coordination of the SPP 1239, Sebastian Fähler, IFW Dresden

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