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  • Preprints
  • Reviewed Articles
  • Technical Reports
  • Proceedings
  • Chapters in Books
  • PhD Theses


Thöns-Zueva, A., Schmidt, K. and Semin, A. Multiharmonic analysis for nonlinear acoustics with different scales [1]. arXiv:1701.02097, TU Berlin, 2017. [PDF [2]], [BibTeX [3]]

Schmidt, K. and Thöns-Zueva, A. Impedance boundary conditions for acoustic time harmonic wave propagation in viscous gases [4]. Preprint series of the Institute of Mathematics, 6-2014, Technische Universität Berlin, 2014. [PDF [5]], [BibTeX [6]]

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Reviewed Articles

An efficient calculation of photonic crystal band structures using Taylor expansions
Citation key Klindworth.Schmidt:2014a
Author D. Klindworth and K. Schmidt
Pages 1355–1388
Year 2014
Journal Commun. Comput. Phys.
Volume 16
Number 5
Note Available as Matheon Preprint #1068
Link to publication [7] Download Bibtex entry [8]

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Technical Reports

Schmidt, K. and Chernov, A. Robust families of transmission conditions of high order for thin conducting sheets [10]. INS Report, 1102, pp. 1–33, Institute for Numerical Simulation, University of Bonn, Feb 2011. [PDF [11]], [BibTeX [12]]

Semin, A. and Joly, P. Study of propagation of acoustic waves in junction of thin slots [13]. Research Report, RR-7265, pp. 1–56, INRIA, Apr 2010. [PDF [14]], [BibTeX [15]]

Semin, A. Numerical resolution of the wave equation on a network of slots [16]. Technical Report, RT-369, pp. 1–35, INRIA, 2009. [PDF [17]], [BibTeX [18]]

Joly, P. and Semin, A. Propagation of an acoustic wave in a junction of two thin slots [19]. Research Report, RR-6708, pp. 1–61, INRIA, 2008. [PDF [20]], [BibTeX [21]]

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Schmidt, K. and Chernov, A. Robust transmission conditions of high-order for thin conducting sheets [22]. Proc. 10th International Conference on Mathematical and Numerical Aspects of Wave Propagation: pp. 691–694, Jul 2011. [BibTeX [23]]

Joly, P. and Semin, A. Propagation of acoustic waves in fractal networks [24]. Oberwolfach Report, Vol. 10: pp. 86–89, 2010. [BibTeX [25]]

Joly, P. and Semin, A. Construction and analysis of improved Kirchoff conditions for acoustic wave propagation in a junction of thin slots [26]. Proc. 9th International Conference on Mathematical and Numerical Aspects of Wave Propagation: pp. 140–141, Jun 2009. [BibTeX [27]]

Schmidt, K. and Tordeux, S. Asymptotic expansion of highly conductive thin sheets [28]. PAMM – Proceedings of ICIAM’07, Vol. 7: pp. 2040011-2040012, Jul 2008. [BibTeX [29]]

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Chapters in Books

Klindworth, D., Ehrhardt, M. and Koprucki, T. Discrete Transparent Boundary Conditions for Multi-Band Effective Mass Approximations [30]. In Ehrhardt, M. and Koprucki, T. (editors), Multi-Band Effective Mass Approximations, Lecture Notes in Computational Science and Engineering, Vol. 94, Chapter 8, pp. 273–318, 2014. [DOI [31]], [BibTeX [32]]

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PhD Theses

Klindworth, D. On the numerical computation of photonic crystal waveguide band structures [33]. Technische Universität Berlin, 2015. [PDF [34]], [BibTeX [35]]

Semin, A. Propagation d'ondes dans des jonctions de fentes minces [36]. Université de Paris-Sud 11, Nov 2010. [BibTeX [37]]

Schmidt, K. High-order numerical modeling of highly conductive thin sheets [38]. ETH Zurich, Jul 2008. [PDF [39]], [BibTeX [40]]

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sec. MA 6-4
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