Applied Mathematics in Energy and Mechanical Engineering

© 2022 by the authors; CC BY-NC-ND license

sensitivity reanalysis; flexibility matrix; disassembly perturbation; structural displacement; exact method; aggregative game; plug-in electric vehicles; distributed charging strategy; time anxiety; load constraints; lattice Boltzmann; Rayleigh–Bénard convection; magnetohydrodynamics; Levenberg–Marquardt algorithm; data-driven analysis; Nusselt number; Hartmann number; porosity; rectangular cavity; vertical cone diffuser; aerodynamics; stationary flow; profiled tubes; velocity field; turbulence intensity; empirical regularities; PDM; phase portrait; quantum study; asymmetry; real spectra; 3D printing; Hermite; surface model; high-precision fitting; error; analytic solution; 2D heat conduction; space–time-dependent dependent; Dirichlet boundary conditions; shifting function method; high-speed train; distributed optimal control; discrete time; symmetric alternating direction method of multipliers; damage diagnosis; frequency-shift flexibility; sensitivity analysis; vibration mode; damage parameter; thermo-optical effects; Fabry–Pérot interferometer; Gaussian beam model; thermal diffusivity; engineering calculations; mathematical modeling; improvement of technical devices; coal; syngas; steam gasification; bubbling fluidized bed; thermodynamic; computational fluid dynamics; SF6 circuit breaker; switching arc; moving mesh; ALE; arc quenching; analytic solution; 2D heat conduction; space–time-dependent Dirichlet boundary conditions; space–time-dependent heat sources; rectangular cross-section; one-dimensional Ising model with mixed spin; free energy; entropy; magnetization; susceptibility; phase transition; variation simulation; assembly analysis; contact problem; method of influence coefficients; mathematical modeling