The atomic-level simulations for the short-pulsed laser heating of a tantalum nanowire has been performed using a hybrid method that couples the two-temperature model into molecular dynamics.
In this talk,a coupled hydro-mechanical modeling of porous medium is introduced within the framework of extended finite element method(XFEM).The fully coupled governing equations are derived based on
In engineering,modeling of sintering process has been developed in different scales with different methods.Our work focus on the metal material and micro-meter scale,which is a situation at the prehea
One of the remaining challenges for the implementation of commercial Bi2Sr2CaCu2Ox/Ag/Ag alloy(Bi2212)multifilamentary composite round wire in high-field superconducting magnets is quench protection.
The pressure effect on the cuprates high-temperature superconductors always produces intriguing physics.It was experimentally found that the hydrostatic pressure makes the superconducting transition t
Lithium metal is the first choice for the next generation of high-performance lithium battery anode materials to meet the urgent need for high energy in current technological development.
The dynamic response of solid materials under strong shock and detonation wave loading is very important in many engineering applications.These include,to name only a few,underwater implosion,pipeline
In this paper,a brush-like poly(4-vinylpyridine)(P4VP)were synthesized on the surface of glass by using Living free radical polymerization,which involves three steps,(tⅰ)The attachmen of 3-methacry lo