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A radar vital signs detection method in complex environments. [PDF]
Sci RepZhang C +5 more
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Effect of gravity and variable thermal conductivity in a thermoelastic half space with dual phase lag model. [PDF]
Sci RepBajaj S +3 more
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Controlling isolated attosecond pulse generation in MoSe<sub>2</sub> using polarization gating and TDDFT simulations. [PDF]
Sci RepHeydari E +3 more
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Power quality optimization framework for three phase microgrids with grid tied solar PV and battery storage under nonlinear loads. [PDF]
Sci RepSaleh Waseem Abbasi M +5 more
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A symmetric single phase diode assisted dual boost Z-source switched capacitor seven level inverter with modified SPWM. [PDF]
Sci RepHosseini S +4 more
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Second Harmonic Generation Nanoparticles for Biomedical Imaging: Synthesis and Interaction with Model Bio-Interfaces. [PDF]
MoleculesNepita I +6 more
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1996 IEEE MTT-S International Microwave Symposium Digest, 2002
Harmonic balance has established itself as an important technique for simulating high frequency circuits. However, this simulator struggles on strongly nonlinear circuits, particularly if there are several input signals at different frequencies. An important observation is that multi-tone nonlinear circuits usually react in a strongly nonlinear fashion
Y. Thodesen, K. Kundert
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Harmonic balance has established itself as an important technique for simulating high frequency circuits. However, this simulator struggles on strongly nonlinear circuits, particularly if there are several input signals at different frequencies. An important observation is that multi-tone nonlinear circuits usually react in a strongly nonlinear fashion
Y. Thodesen, K. Kundert
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IEEE Microwave and Wireless Components Letters, 2003
This letter introduces a new approach to steady state analysis of nonlinear microwave circuits under periodic excitation. The new method is similar to the well known technique of Harmonic Balance, but uses wavelets as basis functions instead of Fourier series.
N. Soveiko, M. Nakhla
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This letter introduces a new approach to steady state analysis of nonlinear microwave circuits under periodic excitation. The new method is similar to the well known technique of Harmonic Balance, but uses wavelets as basis functions instead of Fourier series.
N. Soveiko, M. Nakhla
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Harmonic Balance developments in OpenFOAM
Computers & Fluids, 2018The Harmonic Balance method for simulating unsteady nonlinear periodic flows is presented in this pa- per. Its recent, yet rapid development was motivated by the possibility of significant CPU time consump- tion savings compared to conventional transient methods, while providing sufficient accuracy.
Gregor Cvijetić +3 more
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2021
The harmonic balance method is a version of Galerkin’s weighted residual method. The harmonic balance is to seek an approximate periodic solution of a differential-algebraic equation by a truncated Fourier series. Substituting a guessed periodic solution into the differential equation leads to a residual term.
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The harmonic balance method is a version of Galerkin’s weighted residual method. The harmonic balance is to seek an approximate periodic solution of a differential-algebraic equation by a truncated Fourier series. Substituting a guessed periodic solution into the differential equation leads to a residual term.
openaire +1 more source