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Computational Methods in the Theory of Synthesis of Radio and Acoustic Radiating Systems
Applied Mathematics, 2013 A brief review of the works of the author and his co-authors on the application of nonlinear analysis, numerical and analytical methods for solving the nonlinear inverse problems (synthesis problems) for optimizing the different types of radiating systems, is presented in the paper.
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Why Computational Photochemistry Is Challenging and Will Probably Remain So: A Quantum Chemist's Perspective [PDF]
Advanced ScienceCompared to ground‐state chemistry, the theoretical description of molecular photochemistry, that is, chemical processes in electronically excited states or electronic spectra, is fundamentally more complex.
Andreas Dreuw
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Journal of Edge Computing, 2022 The development and efficient application of Fog Computing technologies necessitate complex tasks associated with the management and processing of large data sets, including the creation of low-level networks that guarantee the functioning of end ...
Andriy V. Ryabko +3 more
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Sustainable Research Software Hand-Over
Journal of Open Research Software, 2021 Scientific software projects evolve rapidly in their initial development phase, yet at the end of a funding period, the completion of a research project, thesis, or publication, further engagement in the project may slow down or cease completely.
J. Fehr, C. Himpe, S. Rave, J. Saak
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Frontiers in Applied Mathematics and Statistics, 2022 The control of general nonlinear systems is a challenging task in particular for large-scale models as they occur in the semi-discretization of partial differential equations (PDEs) of, say, fluid flow.
Jan Heiland +4 more
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Theory and computational methods for high precision spectra of few-electron atomic systems [PDF]
SCIENTIA SINICA Physica, Mechanica & Astronomica, 2021 Due to modern precision laser technology, the spectra of some few-electron atomic systems (such as hydrogen, helium, lithium, beryllium) could be measured to very high accuracy. A comparison between high precision experimental and theoretical results supplies us with a practicable method to test fundamental physical theories, to determine fundamental ...
LiMing WANG, WanPing ZHOU, Z.-C. YAN
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Model order reduction for gas and energy networks
Journal of Mathematics in Industry, 2021 To counter the volatile nature of renewable energy sources, gas networks take a vital role. But, to ensure fulfillment of contracts under these circumstances, a vast number of possible scenarios, incorporating uncertain supply and demand, has to be ...
Christian Himpe +2 more
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npj Computational Materials, 2023 The purpose of this work is the development of a trained artificial neural network for surrogate modeling of the mechanical response of elasto-viscoplastic grain microstructures.
Mohammad S. Khorrami +6 more
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New Methods for Dynamic Analysis of Structural Systems under Earthquake Loads [PDF]
Journal of Rehabilitation in Civil Engineering, 2022 Two numerical methods are proposed for dynamic analysis of single-degree-of-freedom systems. Basics of dynamics and elementary tools from numerical calculus are employed to formulate the methods.
Mehdi Babaei +3 more
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Linear-time generalized Hartree-Fock algorithm for quasi-one-dimensional systems
Physical Review Research, 2022 In many approximate approaches to fermionic quantum many-body systems, such as Hartree-Fock and density functional theory, solving a system of noninteracting fermions coupled to some effective potential is the computational bottleneck.
Alex Meiburg, Bela Bauer
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