Name Card

Full name Familienname, Vorname
Bergmair, Bernhard
 
Main Affiliation Organisations­zuordnung
 

Own Publications Eigene Publikationen

Results 1-17 of 17 (Search time: 0.001 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Huber, Thomas ; Bergmair, Bernhard ; Vogler, Christoph ; Bruckner, Florian ; Breth, Leonie ; Hetaba, Walid ; Hrkac, Gino ; Süss, Dieter Ultra-Low-Cost RFID Based on Soft Magnetic RibbonsArtikel Article Oct-2014
2Bergmair, Bernhard ; Huber, Thomas ; Bruckner, Florian ; Vogler, Christoph ; Fuger, Markus ; Suess, Dieter Fully coupled, dynamic model of a magnetostrictive amorphous ribbon and its validationArtikel Article2014
3Bruckner, Florian ; Bergmair, Bernhard ; Buder, A. ; Palmesi, Gregor ; Satz, Armin ; Süss, Dieter An efficient Device Model for GMR Sensors based on the Stoner-Wohlfarth ModelPräsentation Presentation2014
4Vogler, Christoph ; Bruckner, Florian ; Bergmair, Bernhard ; Huber, Thomas ; Suess, Dieter ; Dellago, Christoph Simulating rare switching events of magnetic nanostructures with forward flux samplingArtikel Article2013
5Bruckner, Florian ; Vogler, Christoph ; Bergmair, Bernhard ; Huber, Thomas ; Fuger, Markus ; Suess, Dieter ; Feischl, Michael ; Fuehrer, Thomas ; Page, Marcus ; Praetorius, Dirk Combining micromagnetism and magnetostatic Maxwell equations for multiscale magnetic simulationsArtikel Article2013
6Bergmair, Bernhard On magnetoelastic resonance sensorsThesis Hochschulschrift2013
7Breth, L. ; Süss, Dieter ; Vogler, Christian ; Bergmair, Bernhard ; Fuger, Markus ; Heer, R. ; Brückl, H. Thermal switching field distribution of a single domain particle for fielddependent attempt frequencyArtikel Article 19-Jul-2012
8Bruckner, Florian ; Vogler, Christoph ; Bergmair, Bernhard ; Huber, Thomas ; Fuger, Markus ; Süss, Dieter ; Feischl, Michael ; Führer, Thomas ; Page, Marcus ; Praetorius, Dirk Combining micromagnetism and magnetostatic Maxwell equations for multiscale magnetic simulationsBericht Report2012
9Bruckner, Florian ; Vogler, Christoph ; Feischl, Michael ; Praetorius, Dirk ; Bergmair, Bernhard ; Huber, Thomas ; Fuger, Markus ; Suess, Dieter 3D FEM-BEM-coupling method to solve magnetostatic Maxwell equationsArtikel Article2012
10Bergmair, Bernhard ; Liu, Jian ; Huber, Thomas ; Gutfleisch, Oliver ; Suess, Dieter Wireless and passive temperature indicator utilizing the large hysteresis of magnetic shape memory alloysArtikel Article2012
11Bergmair, Bernhard ; Huber, Thomas ; Bruckner, Florian ; Vogler, Christoph ; Suess, Dieter Removal of earth's magnetic field effect on magnetoelastic resonance sensors by an antisymmetric bias fieldArtikel Article 2012
12Huber, Thomas ; Bergmair, Bernhard ; Vogler, Christoph ; Bruckner, Florian ; Hrkac, Gino ; Suess, Dieter Magnetoelastic resonance sensor for remote strain measurementsArtikel Article 2012
13Bruckner, Florian ; Vogler, Christoph ; Feischl, Michael ; Praetorius, Dirk ; Bergmair, Bernhard ; Huber, Thomas ; Fuger, Markus ; Süss, Dieter 3D FEM-BEM-coupling method to solve magnetostatic Maxwell equationsBericht Report2011
14Vogler, Christian ; Bruckner, Florian ; Bergmair, Bernhard ; Huber, Thomas ; Fidler, Josef ; Süss, Dieter Accelerated Langevin simulations for calculating rare switching events using Forward Flux SamplingPräsentation Presentation2011
15Süss, Dieter ; Schrefl, Thomas ; Bruckner, Florian ; Vogler, Christian ; Bergmair, Bernhard ; Huber, Thomas ; Lee, Jehyun ; Fidler, Josef Principle calculation of coercivity of magnetic nanostructures at finite temperaturesPräsentation Presentation2011
16Suess, D. ; Breth, L. ; Lee, J. ; Fuger, M. ; Vogler, C. ; Bruckner, F. ; Bergmair, B. ; Huber, T. ; Fidler, J. ; Schrefl, T. Calculation of coercivity of magnetic nanostructures at finite temperaturesArtikel Article 2011
17Vogler, Christoph ; Bruckner, Florian ; Fuger, Markus ; Bergmair, Bernhard ; Huber, Thomas ; Fidler, Josef ; Suess, Dieter Three-dimensional magneto-resistive random access memory devices based on resonant spin-polarized alternating currentsArtikel Article 2011