Modelování v MATLABu jako nástroj efektivní výuky ternárních systémů v oborech materiálového inženýrství

Abstract

Purpose of dissertation thesis is using the MATLAB® software in education of ternary alloy systems and deeper and better understanding theory of ternary systems. In first case are modeled the general cases of ternary alloy systems using B-spline planes. Development of multi-purpose data files enabling of precision data generation of any case from four basic ternary alloy seystems. Dissertation thesis describes the process of understanding theory of modelling the general cases of ternary alloy systems and also real alloy systems. Modeling from liquidus and solidus surfaces and isopleths or isotherms sections are included. Modeling of practice ternary alloy systems using only well known isopleth sections and also latest data. Modeling of full plane projections such as likvidus and solidu splanes which are not yet published. Also compare latest practical models of ternary alloy systems with latest known projections of likvidus and solidus planes by using of MATLAB® software for the firs research works of junior researchers.On the basis of modeled general ternary alloys the process of equilibrium coeficients in real ternary alloy systems is possible to apply.