Chandramouli Gnanasambandham

Black: Published,  green: accepted for publication,  orange: submitted

• Gnanasambandham, C.; Fleissner, F; Eberhard, P.: Enhancing the Dissipative Properties of Particle Dampers using Rigid Obstacle-Grids. Journal of Sound and Vibration.[DOI: 10.1016/j.jsv.2020.115522]
  
  
• Gnanasambandham, F. Eberhard, P.:Modeling a Partially Liquid-filled Particle Damper using Coupled Lagrangian Methods. Proceedings VI Int. Conference on Particle-based Methods - Fundamentals and Applications (Particles 2019), E. Onate, M. Bischoff, D.R.J. Owen, P. Wriggers, T. Zohdi (Eds.).[pdf]
  
  
• Gnanasambandham, C.; Eberhard, P.: Investigating the Effect of Complex Particle Shapes in Partially Liquid-Filled Particle Dampers using Coupled DEM-SPH Methods. PAMM Proceedings in Applied Mathematics and Mechanics 2019.[DOI: 10.1002/pamm.201900084]
  
  
• Gnanasambandham, C.; Stender, M; Hoffmann, N; Eberhard, P.: Multi-Scale Dynamics of Particle Dampers using Wavelets: Extracting Particle Activity Metrics from Ring Down Experiments. Journal of Sound and Vibration [DOI: 10.1016/j.jsv.2019.04.009]
  
  
• Ganasambandham, C.; Schönle, A; Eberhard, P.: Investigating the Dissipative Effects of Liquid Filled Particle Dampers using Coupled DEM-SPH Methods. Journal of Computational Particle Mechanics, [DOI: 10.1007/s40571-018-0212-9]
  
  
• Gnanasambandham, C.; Eberhard, P.: Predicting the Influence of an Added Liquid in a Particle Damper using Coupled SPH and Discrete Element Method. PAMM Proceedings in Applied Mathematics and Mechanics 2017, [DOI: 10.1002/pamm.201710009]

Gnanasambandham, C; Fleissner, F.: 11.-15. June 2018, CEBIT 2018 Messe.

• 27. April 2020:  Stausseminar ITM, Bad Herrenalb, "Predicting Nonlinear Frequency Response Functions of Systems with Particle Dampers"
• 5. November 2019: Jahrestreffen in SPP 1897 Calm,Smooth and Smart, Hoesbach, "Particle Dampers- Vibration Modification by Distributed Dissipation from Obstacle Grids and Complex Particle Shapes"
• 3. June 2019: Status Seminar ITM, Bad Herrenalb, "Perhaps, you should put an Obstacle Grid in your Particle Damper too!"
• 3. March 2019:Summer School in SPP 1897 Calm,Smooth and Smart, Ilmenau, "Modelling a Particle Damper with Obstacle Grids"
  
  
• 19. February 2019: 90th GAMM Annual Meeting, Wien, "Investigating the Effect of Complex Particle Shapes in Partially Liquid-Filled Particle Dampers using Coupled DEM-SPH Methods"
  
  
• 29. September 2018: Jahrestreffen in SPP 1897 Calm,Smooth and Smart, Günzburg, "Liquid Filled Particle Dampers - Towards Non-Convex Particle Shapes"
  
  
• 29. May 2018: Status Seminar ITM, Monbachtal, "Can a Liquid help overcome Partice Damper Shortcommings?"
• 17. May 2018: CMIS Contact Mechanics Interantional Symposium, Sanctuary of Oropa, Biella, Italien, "Investigating Methods to Influence Particle Damper
  Nonlinearities using Coupled SPH-DEM Simulations"

• 17. April 2018: Summer School in SPP 1897 Calm,Smooth and Smart, Monbachtal, "Particle Damper: Towards Forced Vibration Experiments"

• 23. March 2018: 2.Treffen des Arbeitskreises Komponenten und Experimente in SPP 1897 Calm,Smooth and Smart, München, "Why Add a Liquid to a
  Conventional Particle Damper"

• 10. November 2017: Jahrestreffen in SPP 1897 Calm,Smooth and Smart, Bad Herrenalb, "Particle Dampers - First Step towards Non-Convex Particle Shapes"

• 24. May 2017: Status Seminar ITM, Monbachtal, "Influencing Particle Damper Nonlinearity using an Added Liquid"

• 5. April 2017: Summer School in SPP 1897 Calm,Smooth and Smart, Monbachtal, "Particle Dampers - Vibration Modification by Distributed Dissipation
  from Complex Particle Shapes"

• 8. March 2017: 88th GAMM Annual Meeting, Weimar, "Predicting the Influence of an Added Liquid in a Particle Damper using Coupled SPH
  and Discrete Element Method"

• 23. February 2017: 1.Treffen des Arbeitskreises Komponenten und Experimente in SPP 1897 Calm,Smooth and Smart, Berlin, "Experimental Facilities within
  Priority Program CSS"

• 30. June 2016: Status Seminar ITM, Monbachtal, "Particle Dampers"

• "Experimental Investigation of the Effect of 3D Printed Non-Convex Particle Shapes on Particle Damper Performance", Bachelor Thesis, Institute for Engineering and Computational Mechanics, University of Stuttgart, 2020, BSC-128
  
  
• "Experimental and Numerical Investigation of the Dissipative Effects of an Obstacle Grid in Particle Dampers", Master Thesis, Institute for Engineering and Computational Mechanics, University of Stuttgart, 2019, MSC-288
  
  
• "Experimentelle und numerische Untersuchung zum Einfluss von komplexen Behältergeometrien auf die dissipierte Energie in Partikeldämpfern", Thesis, Institute for Engineering and Computational Mechanics, University of Stuttgart, 2018, STUD-483.

• "Simulation und experimentelle Untersuchung zum Schwingungsverhalten eines vertikal montierten Balkens mit Partikeldämpfer, Bachelor Thesis, Institute for Engineering and Computational Mechanics, University of Stuttgart, 2017, BSC-78.

• Lecture Assistant Fahrzeugdynamik (WS 2020/2021)
  
  
• Supervisor for Pro Seminar Technical Cybernetics (SoSe 2020)
  
  
• Lecture Assistant Fahrzeugdynamik (WS 2019/2020)
• Supervisor for Pro Seminar Technical Cybernetics (SoSe 2019)
  
  
• Lecture Assistant Vehicle Dynamics (WS 2018/2019)
  
  
• Supervisor for Pro Seminar Technical Cybernetics (SoSe 2018)
  
  
• Supervisor for Practical Training Seminar Maschine Foundation (SoSe 2018)
  
  
• Lecture Assistant for Vehicle Dynamics (WS 2017/2018)
  
  
• Lecture Assistant for Vehicle Dynamics (WS 2016/2017)
  
  
• Supervisor for Practical Training Seminar Maschine Foundation (SoSe 2017)

• Administration of the institute library
  
  
• Administration of the particle simulation program Pasimodo
  nightly builds
  managing new software releases