【摘 要】
：
We present a new model for the initiation of high-speed eruptive two-phase dust flows in the laboratory.Shock-tube experiments have been conducted on beds of solid particles in nitrogen under high pre
【机 构】
：
Victoria Univ.of Wellington
论文部分内容阅读
We present a new model for the initiation of high-speed eruptive two-phase dust flows in the laboratory.Shock-tube experiments have been conducted on beds of solid particles in nitrogen under high pressure,which are suddenly decompressed.
其他文献
In this talk,we develop a second order cell-centered Lagrangian scheme for solving compressible Euler equations in cylindrical coordinates,based on the control volume discretizations,which is designed
Inspired by the work in Zhou and Li(SISC,2001,2002)and the line search rules in optimization theory in Rn aiming at the global convergence,in this talk we propose a modified Local Minimax Method(LMM)b
We study initial-boundary value problems for linear,equations of arbitrary order,on a finite or semi-infinite domain,with arbitrary boundary conditions,using the Unified Transform Method of Fokas.
In this talk we concentrate on the analytical Lyapunov-Schmidt-Trenogin method in the novel framework of bifurcation analysis of the Vlasov-Maxwell system.
A novel symbolic–numeric method is proposed to solve the nonlinear system of wind turbines.Ad hoc local linearization and finite difference discretization method are combined.
In this work a Saint-Venant-Exner type system,including gravitational effects,is deduced following an asymptotic analysis of the Navier-Stokes equations.
We introduce a new augmented dual-mixed method for the Oseen problem in terms of the velocity and the pseudo-stress.The stabilized formulation is obtained by adding suitable Galerkin least squares ter
While many classical geophysics problems remain challenging for numerical simulation,yet there is an urgent need to develop new algorithms for emerging phenomena such as oil spill in ocean,extreme sur
The methods for estimating unknown parameters appearing on a non-linear reaction-diffusion model of tumor invasion are very important due to the impact of Cancer in the society.
In order to simulate emerging multiscale and multiphysics coastal ocean flow problems,an overset-grid method is developed to couple SIFOM and FVCOM,with the former capturing small-scale,local,fully 3D