ISAT Coburg

Publications

In the following you find the publications of our institute.

Journal papers

[1]        Singer, F., “Mess- und Analysemethoden in der Laserakustik bei breitbandiger Laseranregung,” tm - Technisches Messen 82(1), pp. 45–51, 2015.

[2]        Behrens, J., Langelier, S., Rezk, A., Lindner, G., Yeo, L., and Friend, J., “Microscale anechoic architecture: acoustic diffusers for ultra low power microparticle separation via traveling surface acoustic waves,” Lab Chip 15(1), pp. 43–46, 2014.

[3]        Liang, W. and Lindner, G., “Investigations of droplet movement excited by Lamb waves on a non-piezoelectric substrate,” J. Appl. Phys. 114(4), 044501, 2013.

[4]        Schmitt, M., Olfert, S., Rautenberg, J., Lindner, G., Henning, B., and Reindl, L., “Multi Reflection of Lamb Wave Emission in an Acoustic Waveguide Sensor,” Sensors 13(3), pp. 2777–2785, 2013.

[5]        Schmitt, M., Schmidt, K., Olfert, S., Rautenberg, J., Henning, B., Lindner, G., Henning, B., and Reindl, L., “Detection of coatings within liquid-filled tubes and containers by mode conversion of leaky Lamb waves,” J. Sens. Sens. Syst. 2(1), pp. 73–84, 2013.

[6]        Friedrich, D., Kaul, C., Lindner, G., Faustmann, H., and Münch, M., “Acoustic on-line monitoring of chemical reactions in liquids with integrated temperature compensation,” Sen. Lett. 9(2), pp. 714–716, 2011.

[7]        Lindner, G., Schmitt, M., Schubert, J., Krempel, S., and Faustmann, H., “On-line surveillance of lubricants in bearings by means of surface acoustic waves,” IEEE Trans. Ultrason., Ferroelect., Freq. Contr 57(1), pp. 126–132, 2010.

[8]        Lindner, G., “Sensors and actuators based on surface acoustic waves propagating along solid–liquid interfaces,” J. Phys. D 41(12), 123002, 2008.

Conference Contributions

[1]        Tietze, S., Reißenweber, M., Schlemmer, J., and Lindner, G., “Investigation of the surface condition of an electrode after electropolishing under the influence of surface acoustic waves,” ICU 2015, Metz (France), May 13, 2015, [poster].

[2]        Singer, F., “Laser-ultrasonic measurement of elastic properties of anodized aluminum coatings,” ICU 2015, Metz (France), May 12, 2015, [talk].

[3]        Landskron, J., “Stable vortex generation in liquid filled wells by mode conversion of surface acoustic waves,” ICU 2015, Metz (France), May 11, 2015, [talk].

[4]        Roßteutscher, I., “Intelligent Monitoring of Bridges with Fiber-Optic Sensors,” FiberWeek 2015, Brač (Croatia), Apr. 29, 2015, [talk].

[5]        Kufner, M., “i.bridge - Intelligent Bridge Surveillance,” Mobilizing Universities of Applied Sciences for Horizon 2020, Brussels (Belgium), Feb. 04, 2015, [poster].

[6]        Singer, F., “Laser-Acoustic characterization of coatings,” in AMA Conferences 2015 (SENSOR 2015), pp. 119–123, 2015.

[7]        Stacheter, A. and Becker, D., “Surveillance of drying processes of forage layers in silos,” in AMA Conferences 2015 (SENSOR 2015), pp. 377–380, 2015.

[8]        Reißenweber, M., “Ultrasonic atomization of a sessile drop in an acoustic levitator,” Acoustofluidics 2014, Prato (Italy), Sep. 11-12, 2014, [talk].

[9]        Tietze, S. and Lindner, G., “Schlichting streaming caused by Scholte waves in an electrochemical cell,” Acoustofluidics 2014, Twente (Netherlands), Sep. 11-12, 2014, [poster].

[10]     Roßteutscher, I., “Anregung von Ultraschallwandlern mit binären Codes,” Messtechnische Anwendungen von Ultraschall, Kloster Drübeck (Germany), Jun. 16-18, 2014, [talk].

[11]     Singer, F., “Applikationen laserbasierter Ultraschallmessung in der zerstörungsfreien Werkstoffprüfung,” Messtechnische Anwendungen von Ultraschall, Kloster Drübeck (Germany), Jun. 16-18, 2014, [talk].

[12]     Tietze, S., “Anregung von Scholtewellen zur Anwendung in der mikroakustischen Aktorik,” Messtechnische Anwendungen von Ultraschall, Kloster Drübeck (Germany), Jun. 16-18, 2014, [talk].

[13]     Reißenweber, M. and Lindner, G., “Ultrasonic atomization of a sessile drop in an acoustic levitator,” FLOW14, Twente (Netherlands), May 18-21, 2014, [poster].

[14]     Tietze, S., Schlemmer, J., Schmidt, K., and Lindner, G., “Enhancement of electropolishing by acoustic Schlichting streaming near the anode,” FLOW14, Twente (Netherlands), May 18-21, 2014, [poster].

[15]     Müller-Friedrich, D., Tietze, S., Schmidt, K., and Lindner, G., “Integrierte Sensor- und Aktor-Funktionen mit akustischen Oberflächenwellen,” in Proc. Symposium Mikrosystemtechnik, pp. 55–62, 2014.

[16]     Schmidt, K. and Lindner, G., “Acoustic Streaming Induced Mixing of Liquids for Industrial Applications,” in Proc. Actuator14, pp. 406–409, 2014.

[17]     Singer, F., “Laserakustische Vermessung anisotroper Materialeigenschaften,” in Proc. Sensoren und Messsysteme 2014, pp. 1–6, 2014.

[18]     Streller, M. and Lindner, G., “Development of a piezoelectric transducer driven tactile pixel element using magnetorheological liquids,” in Proc. Actuator14, pp. 419–422, 2014.

[19]     Liang, W. and Lindner, G., “Temperature dependence of acoustic streaming inside droplets induced by Lamb waves,” Acoustofluidics 2013, Southampton (UK), Sep. 12-13, 2013, [poster].

[20]     Reißenweber, M., “High-speed camera observation of droplet atomization and coagulation in an ultrasonic standing wave field,” Acoustofluidics 2013, Southampton (UK), Sep. 12-13, 2013, [talk].

[21]     Streller, M. and Lindner, G., “Deformation and vibration of confined liquid droplets on an aluminium substrate excited by piezoelectric transducers,” Acoustofluidics 2013, Southampton (UK), Sep. 12-13, 2013, [poster].

[22]     Reißenweber, M., Krempel, S., and Lindner, G., “High-speed camera observation of multi-component droplet coagulation in an ultrasonic standing wave field,” in Proc. SPIE 8923, 89234K, 2013.

[23]     Tietze, S., Schlemmer, J., and Lindner, G., “Influence of surface acoustic waves induced acoustic streaming on the kinetics of electrochemical reactions,” in Proc. SPIE 8923, 89231B, 2013.

[24]     Yu, C., Krämer, S., Wieland, D., Krempel, S., and Lindner, G., “Touch Sensitivity of Objects Based on Surface Acoustic Waves,” in Proc. Sensor 2013, pp. 766–771, 2013.

[25]     Friedrich, D., Goetz, K., and Lindner, G., “A PVDF-driven cantilever resonator for density and viscosity determination of fluids,” in Proc. 14th Int. Meeting on Chemical Sensors, pp. 1429–1432, 2012.

[26]     Liang, W., Streller, M., and Lindner, G., “Influence of substrate on the acoustic propulsion of droplets,” in Proc. Actuator12, pp. 422–425, 2012.

[27]     Liang, W., Tietze, S., Schmitt, M., and Lindner, G., “Droplet propulsion on non-piezoelectric substrates induced by Lamb waves,” in AIP Conf. Proc. 1474, pp. 391–394, 2012.

[28]     Schmitt, M., Tietze, S., Liang, W., and Lindner, G., “Measurement of the emission of Lamb waves by a PVDF membrane hydrophone,” in AIP Conf. Proc. 1433, pp. 133–136, 2012.

[29]     Lindner, G., Brückner, C., and Schmitt, M., “Online bearing lubricant sensing by mode conversion of surface acoustic waves,” in Proc. Sensor 2011, pp. 55–60, 2011.

[30]     Meisenbach, L., Diller, W., Zeng, X., Schmitt, M., Hamperl, C., and Lindner, G., “Berührungssensitive Fliesen auf Basis von akustischen Oberflächenwellen für den Sanitärbereich,” in Proc. AAL 2011, 87, 2011.

[31]     Schmitt, M., Schmidt, K., Egert, M., and Lindner, G., “Acoustic detection of coverage inside liquid filled tubes and containers by Lamb waves,” Int. Workshop: Online sensors for fouling monitoring, Frankfurt am Main, Nov. 29-30, 2010, [poster].

[32]     Faustmann, H., Münch, M., Lindner, G., Schmitt, M., Springer, M., and Schmitt, M., “Measurement of the properties of liquids based on the dispersion of Lamb waves in an acoustic waveguide,” in Physics Procedia 3(1), pp. 959–964, 2010.

[33]     Schmitt, M., Krempel, S., Lindner, G., Först, B., Kaiser, F., and Fromm, S., “Scaling up Microfluidic Acoustic Streaming Effects to Macrofluidic Applications,” in Proc. Actuator10, pp. 786–789, 2010.

[34]     Schmitt, M., Schmidt, K., Tietze, S., and Lindner, G., “Detection of droplets on non-piezoelectric substrates via mode conversion of Lamb waves,” in Proc. Sensoren und Messsysteme 2010, pp. 298–305, 2010.

[35]     Schmitt, M., Stich, S., Fromm, S., Fischer, F., and Lindner, G., “Detection and Removal of Droplets on Nonpiezoelectric Substrates via Mode Conversion of Lamb Waves,” in Proc. IEEE Sensors, pp. 304–308, 2010.

[36]     Lindner, G., Schmitt, M., Schmidt, K., Faustmann, H., Krempel, S., and Schubert, J., “Detection of coatings and measurement of coating thickness on technical substrates using surface acoustic waves in a waveguide configuration,” in Proc. Sensor 2009 (1), pp. 35–40, 2009.

[37]     Schmitt, M., Lindner, G., Krempel, S., Faustmann, H., and Singer, F., “Propulsion of droplets on non-piezoelectric substrates via mode conversion of Lamb waves,” in Proc. IEEE Int. Ultrasonics Symposium, pp. 1640–1643, 2009.

[38]     Faustmann, H., Münch, M., Markert, W., and Lindner, G., “Acoustic liquid sensor based on lamb waves on structural materials,” Eurosensors XXII, Dresden, Sep. 07-10, 2008.

[39]     Lindner, G., Braun, R., Faustmann, H., Krempel, S., Markert, W., Pflaum, K., and Rothballer, S., “Messempfindlichkeit, Messgenauigkeit und Störgrößen-Kompensation bei einem akustischen Wellenleiter-Sensor,” Fachtagung 'Sensoren und Messsysteme 2008', Ludwigsburg, Mar. 11-12, 2008.

[40]     Lindner, G., Faustmann, H., Krempel, S., Munch, M., Rothballer, S., and Singer, F., “Wave propagation in an acoustic wave guide sensor for liquids driven by pulsed excitation of surface acoustic waves,” in Proc. IEEE Int. Frequency Control Symp., pp. 39–43, 2008.

[41]     Faustmann, H., Geisler, M., Lindner, G., Münch, M., Pflaum, K., and Rothballer, S., “Messtechnische Anwendungen von akustischen Oberflächenwellen auf nicht-piezoelektrischen Substraten für sicherheitsrelevante Problemstellungen,” 15. Arbeitstagung Anwendungen der Akustik in der Wehrtechnik: "Schall und Schwingungen in sensibler Umgebung", Meppen (Germany), Feb. 27 - Mar. 01, 2007.

[42]     Lindner, G., Faustmann, H., Fischer, T., Krempel, S., Münch, M., Rothballer, S., Schmitt, M., and Munch, M., “Acoustic Surface Wave Induced Propagation of Liquids in Open Channels,” in Proc. IEEE Int. Ultrasonics Symposium, pp. 2331–2334, 2007.

[43]     Lindner, G., Faustmann, H., Koch, T., Krempel, S., Lind, F., Mick, H., Münch, M., Pflaum, K., Rothballer, S., and Unterburger, M., “Digital Precision Measurement of Force, Pressure and other Mechanical Quantities with an Acoustic Waveguide Sensor,” in Proc. Sensor 2007, pp. 91–96, 2007.

[44]     Lindner, G., Hendrik Faustmann, Thomas Fischer, Sven Frankenberger, Michael Münch, and Stefan Rothballer, “Messung von Flüssigkeitseigenschaften mit einem flexibel konfigurierbaren akustischen Wellenleiter-Sensor,” Fachtagung 'Sensoren und Messsysteme 2006', Freiburg, May 13-14, 2006.

[45]     Lindner, G., Faustmann, H., Frankenberger, S., Münch, M., Pflaum, K., Rothballer, S., and Unterburger, M., “A versatile acoustic waveguide sensor for liquids based on multiple mode conversion at solid-liquid interfaces,” in Proc. IEEE Int. Ultrasonics Symposium, pp. 1181–1184, 2006.

Books

[1]        Liang, W., Investigations on the propulsion of droplets induced by surface acoustic waves. Dissertation. 1st ed., Herzogenrath: Shaker, 2014.

[2]        Schmitt, M., Detektion von Schichtbelegungen innerhalb von flüssigkeitsgefüllten Rohren und Behältnissen durch Modenkonversion von Lambwellen. Dissertation. Uelvesbüll: Der Andere Verlag, 2012.

[3]        Niebuhr, J. and Lindner, G., Physikalische Messtechnik mit Sensoren. 6th ed., München: Oldenbourg Industrieverlag, 2011.

Patents

[1]    Title: AKUWEL
    Publication number: WO 2008/034878 A2
    Date of publication: 27.03.2008
[2]    Title: DILAWA
    Publication number: WO/2010/034713
    Date of publication: 01.04.2010
[3]    Title: DROPDET
    Publication number: WO2010/115480
    Date of publication: 14.10.2010
[4]    Title: TUBEDEP
    Publication number: WO2010/118793
    Date of publication: 21.10.2010
[5]    Title: BIOFIMO
    Publication number: WO2010/034715
    Date of publication: 01.04.2010
[6]    Title: POTOCO
    Publication number: WO2010/043572
    Date of publication: 22.04.2010
[7]    Title: ACOUMON
    Publication number: EP2343548 A2
    Date of publication: 13.07.2011
[8]    Title: CILIAK
    Publication number: WO2011/110690 A1
    Date of publication: 15.09.2011
[9]    Title: AKUREAKIN
    Publication number: WO2012/035172 A2
    Date of publication: 22.03.2012
[10]    Title: AKUSENTO
    Publication number: EP2432126 A2
    Date of publication: 21.03.2012