Pierfrancesco Cillo

black: published, green: accepted for publication,  orange: submitted for publication

• Könecke, T.; Kaupp, L.; Cillo, P.; Ziegler, P.; Hanss, M.; Eberhard, P.: Beyond Uncertain Material Properties: Possibility-Based Uncertainty Propagation in Computational Modal Analysis.
  [ Preprint ]

• Könecke, T.; Elangasinghe, A.; Cillo, P.; Ziegler, P.; Hanss, M.; Eberhard, P.: Identification of Confidence Distributions for Modal Parameters in the Face of Measurement Uncertainty.
  [ Preprint ]

• Cillo, P.; Ziegler, P.; Eberhard, P.: Reducing tonal variability in guitars: An efficient framework for soundboard shape optimization.
  Proceedings of Meetings on Acoustics, Vol. 58, No. 1, p. 035001, 2025.
  [ DOI: 10.1121/2.0002052 ]

• Nandalal, T. D.; Cillo, P.; Ziegler, P.; Eberhard, P.: Geometrically parameterized reduced-order finite element model for guitar soundboard shape optimization.
  Acta Acustica, Vol. 9, No. 56, 2025.
  [ DOI: 10.1051/aacus/2025040 ]

• Cillo, P.; Ziegler, P.; Eberhard, P.: Geometrical parameterization of a finite element model to account for material variability in classical guitar design.
  Proceedings of the International Conference on Noise and Vibration Engineering 2024, Leuven, September 09-11, 2024.
  [ Proceedings, ResearchGate]

• Cillo, P.; Brauchler, A.; Gonzalez, S.; Ziegler, P.; Antonacci, F.; Sarti, A.; Eberhard, P.: Improving Accuracy in Parametric Reduced-Order Models for Classical Guitars through Data-Driven Discrepancy Modeling.
  Acta Acustica, Vol. 8, No. 59, 2024.
  [ DOI: 10.1051/aacus/2024055 ]

• Cillo, P.; Brauchler, A.; Gonzalez, S.; Ziegler, P.; Antonacci, F.; Sarti, A.; Eberhard, P.: A data-based method enhancing a parametrically model order reduced finite element model of a classical guitar.
  Proceedings of Forum Acusticum 2023, Turin, September 11-15, 2023.
  [ DOI: 10.61782/fa.2023.0131 ]

• July 21, 2025: ITM Statusseminar, Monbachtal (Germany), "Guitar Hero II Vol.3 - While my guitar gently shapeshifts."

• May 26, 2025: International Symposium on Musical and Room Acoustics 2025, New Orleans (USA), "Reducing tonal variability in guitars: An efficient framework for soundboard shape optimization."

• September 9, 2024: International Conference on Noise and Vibration Engineering 2024, Leuven (Belgium), "Geometrical parameterization of a finite element model to account for material variability in classical guitar design."

• July 17, 2024: ITM Statusseminar, Monbachtal (Germany), "Guitar Hero II Vol.2 - Highway to efficient geometrically parameterized finite element models of classical guitars."

• September 15, 2023: Forum Acusticum 2023, Turin (Italy), "A data-based method enhancing a parametrically model order reduced finite element model of a classical guitar."

• July 18, 2023: ITM Statusseminar, Hösbach (Germany), "Guitar Hero II Vol.1 - Learn from my errors."

• A Data-Driven Approach for Guitar Design Optimization, Master Thesis.
  University of Stuttgart, Institute of Engineering and Computational Mechanics, 2025.
  In co-supervision with Ingeborg Wenger, M.Sc. and Dr.-Ing. Pascal Ziegler
  In the context of the Erasmus Mundus WAVES joint master's program.

• Affine Parametric Representation of Finite Element Models with Complex Nonlinear Parameter Dependencies, Bachelor Thesis.
  University of Stuttgart, Institute of Engineering and Computational Mechanics, 2024.
  In co-supervision with Lennart Frie, M.Sc. and Dr.-Ing. Pascal Ziegler

• Numerical Analysis of Modal Parameters of a Guitar Soundboard Under Consideration of Uncertainties, Master Thesis.
  University of Stuttgart, Institute of Engineering and Computational Mechanics, 2024.
  In co-supervision with Tom Könecke, M.Sc. and Dr.-Ing. Pascal Ziegler

• An Efficient Finite-Element Model of a Classical Guitar Soundboard, Master Thesis.
  University of Stuttgart, Institute of Engineering and Computational Mechanics, 2024.
  In co-supervision with Dr.-Ing. Pascal Ziegler

• Optimization Technique for the Enhancement of a Parametric Reduced-Order Finite-Element Model of a Classical Guitar, SimTech Project Thesis SA-48.
  University of Stuttgart, Institute of Engineering and Computational Mechanics, 2023.
  In co-supervision with Dr.-Ing. Pascal Ziegler

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