Martynov S. Models and methods of design automatization of the stellarator systems

The thesis is devoted to simulators and algorithms of analytic representation of geometry and magnetic configuration of stellarator type thermonuclear plants. It is also considered the design and technology of the decision-making complex of programmes, the usage of which allows to accelerate and to improve the quality of the projection process. The main idea of this work is to solve the problem of automatized description of magnetic coil poles and magnetic edge surface geometrical models. They have complex space form and are big in size. The application of such models allows to rate a great variety of poles space allocation and carry out the necessary magnetic configuration optimization calculations for each particular case in short period of time.