VERIFICATION OF FLUID FLOW CALCULATIONS IN VORTEX CHAMBER SUPERCHARGERS
Journal Title: Автомобильный транспорт - Year 2016, Vol 39, Issue
Abstract
On the basis of numerical modeling (URANS) by means of specialized program complexes verification of fluid flow calculation in vortex chamber superchargers was carried out. It is determined that it is better to apply a model of incompressible liquid for calculations with the turbulence model, considering the streamline curvature and system rotation (SST curvature correction).
Authors and Affiliations
A. Rogovyi
Keywords
Related Articles
- EP ID EP235916
- DOI -
- Views 88
- Downloads 0
ОЦЕНКА МОМЕНТА ИНЕРЦИИ ПОДВИЖНЫХ ЧАСТЕЙ АВТОМОБИЛЬНОГО ДВИГАТЕЛЯ
Предложен способ оценки момента инерции подвижных частей автомобильного двигателя без демонтажа его с автомобиля, включающий в себя вывешивание ведущих колес на домкратах, разгоны вывешенных колес с записью процесса, дем...
DETERMINATION OF THE MOST EFFECTIVE TRACTION SOURCES OF CURRENT FOR THE ELECTRIC VEHICLES
The analysis of the modern energy storage devices is carried out. It is established that when choosing a traction battery for an electric vehicle, it is necessary to determine the priority of characteristics by which the...
DEVELOPMENT OF MEASURES TO INCREASE SERVICE QUALITY OF OWNERS ON TERMINAL COMPLEX
The technological measures for increasing transport service quality of owners at the terminal are shown. The dependence of additional expenses of processing on time of processing reduction is determined.
SCANNING VISION SYSTEM FOR VEHICLE NAVIGATION
The new model of the scanning vision system for vehicles is offered. The questions of creation, functioning and interaction of the system units and elements are considered. The mathematical apparatus for processing digi...
SIMULINK SOFTWARE FEATURES FOR MODELLING A SMALL-SIZE LOAD-ER
Computer simulation as a tool to determine the loading for implements and hydraulic drives of small-size loaders has been considered in the paper. A number of lifting mechanism design models has been built; their strengt...