Thermal Properties Investigation of FeCr Alloy Using Lammps Simulation: A Preliminary Study

摘要: At present, nuclear reactor technology that is widely used because of its proven reliability the gen-III + reactor. Even if it seen from aspect safety and this generation reactor, has been proven, but energy plays a vital role to meet growing world needs, necessary have type tailored those needs.The next reactors must requirements fulfilling requirements, be flexible, longer operating life (more than 60 years), more economical. In order for produce higher power, economical, structure materials which are capable being operated at high temperatures needed. The types expected these include various ferritic / martensite steel, austenite, alloy steel containing nickel, metal glass ceramic materials. FeCr alloys form metals mentioned above, so important conduct research both in simulation experiment. Molecular Dynamics using Large-scale Atomic/Molecular Massively Parallel Simulator (LAMMPS) done explore their thermodynamic characteristics such as heat treatment, solubility Cr, atomic radial distribution function (RDF). results illustrated Visual (VMD) code.