Khavin E. Laws for processes of optimum air cooling of melting reactors of glass manufacture

The object of the study - a processes and systems of the air cooling and walls of melting reactors of glass manufacture. The purpose of the study - a motivation, production and decision of the problem of the determination of the regularities of the processes of the optimum air cooling and choice rational constructive parameter systems of the cooling and walls of melting reactors of glass manufacture. The Methods of the study: methods of mathematical modelling and theories of optimum management. Theoretical and practical results: designed in work methods, algorithms and software, increase the accounting base of the designing and management usage glass melting reactors, providing choice and optimum combination refractory with economic optimum working the system of the cooling. Novelty: is for the first time worded mathematical statement of the problem and is designed methods of the numerical decision of the problem of the determination of the regularities optimum mode for processes of the air cooling walls of melting reactors of glass manufacture. Has got the most further development a method calculation of the period to stability walls of melting reactors and heat transfer through wall of melting reactor. New dependencies are received for target function of the optimization of the processes of the air cooling with provision for coupling the cooling, campaigns and cool repair melting reactor. For the first time certain parameters optimum mode air cooling and rational constructive parameters and refractory of the reactor glass melting stove with discrete-jet and jet-canal way of the air cooling. The degree of the introduction: results of the work is used when introducing research action on increasing of efficiency of the functioning(working) the systems to regenerations and air cooling melting reactor industrial glass melting stove. The sphere (the branch) of the using: production glass.