Application of wavelet analysis to numerical modeling of deformations in multilevel hierarchical structures

This paper proposes a wavelet based numerical method for the solution of elastoplastic problem. The method i

Numerical modelling of heat transfer during impact of a molten droplet on a surface

SPH-based numerical technique for modelling of impact of molten drops on a surface with heat transfer and phase transitions effects is proposed. Computational algorithm uses SPH with procedure of restoring of particle consistence and variational approach to calculation of acceleration field. Also, boundary algorithm for free and contact surfaces in 3D setting are develope

Application of wavelet analysis to numerical modeling of deformations in multilevel hierarchical structures

This paper proposes a wavelet based numerical method for the solution of elastoplastic problem. The method i

Numerical Modelling of Heat Transfer During Impact of a Molten Droplet on a Surface

SPH-based numerical technique for modelling of impact of molten drops on a surface with heat transfer and phase transitions effects is proposed. Computational algorithm uses SPH with procedure of restoring of particle consistence and variational approach to calculation of acceleration field. Also, boundary algorithm for free and contact surfaces in 3D setting are developed

Numerical modelling of heat transfer during impact of a molten droplet on a surface

SPH-based numerical technique for modelling of impact of molten drops on a surface with heat transfer and phase transitions effects is proposed. Computational algorithm uses SPH with procedure of restoring of particle consistence and variational approach to calculation of acceleration field. Also, boundary algorithm for free and contact surfaces in 3D setting are develope

Simulation of viscous melt drop crystallization by the SPH method

Heat and mass transfer during absorption on a film of lithium bromide water solution flowing by a cooled wall in the steam atmosphere is numerically investigated in this paper. The self-similar solutions are using as the initial conditions for solving the problem beyond the entrance region. The key criteria characterizing heat and mass transfer in the film absorption with uniform velocity profile and with a constant thickness have been determined

Simulation of viscous melt drop crystallization by the SPH method

Heat and mass transfer during absorption on a film of lithium bromide water solution flowing by a cooled wall in the steam atmosphere is numerically investigated in this paper. The self-similar solutions are using as the initial conditions for solving the problem beyond the entrance region. The key criteria characterizing heat and mass transfer in the film absorption with uniform velocity profile and with a constant thickness have been determined