CONCEPT OF OPTIMIZATION AND DESIGN OF A TESTING DEVICE FOR TESTING SEPARATING GRILLES

Abstract

The paper deals with a basic design of testing device for testing of separating grilles. It describes a physical principle of particle separation using this grille. It deals with a basic physical-design solution of this device. The device simulates environmental conditions while driving a vehicle and provides a customer with data on separation efficiency of the tested grille. Principally, similar tests can be carried out in aero or automobile aerodynamic tunnels where environmental impacts (rain, snow, dust particles, formation of an aqueous aerosol) cannot be applied. Any application of these effects in the test would result in aerodynamic laboratory pollution and a large financial increase in a course of the test.

Recommended articles

METHOD OF DESCRIBING THE HEAT EXCHANGER PERFORMANCE

JAN KOLINSKY
Keywords: heat exchanger | power performance | heat transfer | evaluation

PLANNING MANUFACTURING PROCESSES OF SURFACE FORMING WITHIN INDUSTRY 4.0

JAN KMEC, MONIKA KARKOVA, JAN MAJERNIK
Keywords: Production Process | industry 4.0 | methods and structure of operations

SORPTION OF NICKEL CATIONS FROM THE WATER ENVIRONMENT ON THE CLINOPTILOLITE

IVETA PANDOVA
Keywords: clinoptilolite | nickel | sorption | isotherm | kinetic | wastewater

THE CARRYING CAPACITY OF TiCN COATING ON CONVEX-CONCAVE (C-C) GEARINGS

ERNEST GONDAR, MIROSLAV BOSANSKY, JANA REPKOVA, FRANTISEK TOTH
Keywords: convex-concave gearing | TiCN coating | Friction Coefficient | wear | adhesion | Hardness | Niemann´s test | biogearfrom