3D Modeling in Thermal Power Engineering

Abstract

In scientific work the basic principles of 3D-modeling of thermal power projects are considered. Addition to traditional visualization methods of computation will not only accept the principle of the maximum and external similarity of equipment-forging, but also optimize the analysis of heat and mass transfer processes occurring in this equipment. As a visualization object it was chosen steam generator brand E-75-42-440 CT, it is equipped with the necessary pipelines within it and fixtures, as well as devices for sampling and boiler feed water, saturated and superheated steam This unit is designed and manufactured in the block, as boiler design allows installation stature blocks or assembly in mounting blocks.. To create a 3D-model of the steam generator E-75-42-440 CT it is used software KOMPAS-3D ASCON. In the article are identified advantages and disadvantages of the software in the design of heat and power facilities based on the analysis of its capabilities. To consider export of models from medium COMPASS to other CAD (computer-aided design) systems, allows you to create rendering model; perform animations, as elements of the equipment and heat-exchanging processes occurring in this model equipment; conduct an in-depth analysis of Heat and Mass Transfer-processes.