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Dipl.-Ing. Johannes Ziske
Wissenschaftlicher
Mitarbeiter
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J.
Ziske,
T.
Bödrich: Magnetic Hysteresis Models for Modelica. Tagungsband 9th
International Modelica Conference, München, 03.‑05.09.2012,
S. 151‑158, DOI: 10.3384/ecp12076151
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E. Bindl, J. Ziske,
H. Neubert: Short Circuit Tripping Device Based on a Magnetic Shape
Memory Alloy – Principle Design and Model Based Optimization. ACTUATOR
2012, 13th International Conference on New Actuators, Bremen, Germany,
18-20 June 2012, ISBN 978-3-933339-19-5, S. 679 – 682
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A. Goldberg, U. Partsch, St. Ziesche, L.
Fallant, J. Schöne, H. Neubert, J. Ziske: Multilayer Technology as an
Integration System for Ceramic Micro Fuel Cells. EMPC-2011 IMAPS
European Conference 12.-15.09.2011 Brighton (U.K.)
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E. Bindl, D. Sprungk, J. Ziske, H.
Neubert: Modeling and Optimization of a Sensor-Actuator System based
on a Magnetic Shape Memory (MSM) Alloy. 14th ITI-Symposium, Dresden,
30.11. - 1.12.2011, Proc. pp. 59-64
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H. Neubert, J. Ziske, Th. Bödrich, Th.
Roschke: Remarks on the Application Potential of Magnetic Shape Memory
Alloys for Miniature Actuators and Sensors. ACTUATOR 2010, 12th
International Conference on New Actuators, Bremen, Germany, 14-16 June
2010
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J. Ziske, H. Neubert, A. Krätzschmar, W.
Feil: Modeling, Probabilistic Analysis and Design Optimization of
Bimetallic Actuators used for Switchgear. ACTUATOR 2010, 12th
International Conference on New Actuators, Bremen, Germany, 14-16 June
2010
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C. Wenzel, B. Adolphi, U. Merkel, A.
Jahn, U. Marschner, J. Ziske, H. Neubert, W.-J. Fischer: Resonant
bending sensor based on sputtered Galfenol. Sensors and Actuators A:
Physical. in press ( doi:10.1016/j.sna.2009.03.027)
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C. Wenzel, U. Marschner, B. Adolphi, U.
Merkel, J. Ziske, H. Neubert, W.-J. Fischer, Resonant bending sensor
based on sputtered Galfenol. Eurosensors XXII, sept 7-10, 2008, Book of
Abstract p. 581.
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Telefon |
+49 351 463 3 52 50 |
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Telefax |
+49 351 463 3 71 83 |
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E-Mail |
johannes.ziske ifte.de |
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Postanschrift |
TU Dresden |
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Institut für Feinwerktechnik und Elektronik-Design |
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D-01062 Dresden |
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Besucheradresse |
Barkhausenbau |
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Helmholtzstraße 18 |
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Zimmer II/61 |
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