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A numerical method is presented for the computation of spacing error bounds in vehicle platoons.
A finite-volume method is presented for the computation of compressible flows of two immiscible fluids at very different densities.
An algorithm based on the Ehrlich Aberth root-finding method is presented for the computation of the eigenvalues of a T-palindromic matrix polynomial.
A simplified analytical methodology is presented for the computation of the seismic settlements of strip and rectangle footings resting on liquefiable soil with a clay crust.
A continuum sensitivity analysis is presented for the computation of the shape sensitivity of finite hyperelastic viscoplastic deformations involving contact with friction using a direct differentiation method.
In this paper a numerical method is presented for the computation of modal densities for other shell geometries, in particular the paraboloidal shell.
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High resolution finite difference schemes for solving the nonlinear model Boltzmann equations are presented for the computations of rarefied gas flows.
A perturbation-incremental (PI) method is presented for the computation, continuation and bifurcation analysis of limit cycle oscillations (LCO) of a two-degree-of-freedom aeroelastic system containing a freeplay structural nonlinearity.
A perturbation-incremental (PI) method is presented for the computation, continuation and bifurcation analysis of limit cycle oscillations (LCO) of a two-degree-of-freedom aeroelastic system containing a hysteresis structural nonlinearity.
A method is presented for the numerical computation of the wavenumbers and associated modes of the cross-section of thin-walled waveguides.
A method is presented for the numerical computation of the wavenumbers and associated modes of the cross-section of solid waveguides.
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