【摘 要】
：
The aim of this section is to boost the use of mathematics as an industrial resource in China and around the world.It will highlight(i)the global experience in industrial mathematics and(ii)the new ma
【机 构】
：
Fudan Univ. Univ.of Oxford
论文部分内容阅读
The aim of this section is to boost the use of mathematics as an industrial resource in China and around the world.It will highlight(i)the global experience in industrial mathematics and(ii)the new mathematical ideas that these activities have created as well as the exploitation of existing technologies to new applications.Participants will come from both academia and industry and,for this purpose,the section is proposed to consist of eight minisymposia.
其他文献
The mathematical modeling of semiconductor devices plays a fundamental role both in studying the effects of decreasing the dimension of the devices with respect to their efficiency and in pushing forw
In recent years,there is increasing interest in the development and application of advanced computational techniques for interface problems,problem with free boundary and moving interface,fluid-struct
We consider two-phase flows with variable densities.The Quasi-Incompressible NSCH model with the gravitational force being incorporated in the thermodynamically consistent framework will be investigat
In my lecture I shall report on 3D numerical studies of the motion of quadruple junctions and thermal grooves in thin polycrystalline films,where the mean curvature motion of the grain boundaries and
Our study is the problem of the existence of the self-similar solution for the surface diffusion flow in one-dimensional case with nonlinear boundary conditions.This problem was proposed by W.W.Mullin
Dislocations are line defects in crystals.Their motion and interaction is considered the fundamental mechanism for plastic deformation in metals.Effective models for plasticity have to take into accou
A lattice Monte Carlo model is used to model certain types of protein aggregation in biological membranes.We show that a modified version of parallel tempering that incorporates dynamic weighting fell
This paper presents a numerical method,based on the variational discretization concept,for optimal control problems governed by elliptic PDEs with interfaces.
A novel hybrid control algorithm is proposed in this paper to achieve leader-follower flocking in multi-agent systems.The proposed algorithm only use position state continuously while the velocity sta
In the eld of electronics,due to its excellent mechanical and electrical properties,graphene has become the most promising material for the production of next generation thin and exible graphene-based