METHODOLOGY OF HYDRAULIC SYSTEM DEVELOPMENT USING EXPERIMENTAL STAND AND COMPUTER MODELING

Abstract

This paper deals with creation of methodology that can be effectively used in design and development of a more complex hydrostatic system. In future, the designed hydraulic system should fulfill given functions respecting the given parameters. It is usually possible to create such a system using several methods but not all of them lead to a full success without a risk of failure. It is not possible to create clear-cut directions for reliable option of design methodology but in dependence on the type of solved problem and demands on the results, a suitable choice of methodology can be shown e. g. by means of an example of verified and successful process of system designing. Using the concrete example, the paper shows a methodology of successful development of a hydraulic system where demanding research claims had to be fulfilled. To carry out this research, it was necessary to use a special experimental stand and computer modeling to gain the optimum effectiveness.

Recommended articles

HARDNESS AND ELASTICITY OF ABRASIVE PARTICLES MEASURED BY INSTRUMENTED INDENTATION

PAVOL HVIZDOS, MICHAL ZELENAK, SERGEJ HLOCH
Keywords: instrumented indentation | elasticity | Hardness | garnet | abrasive

ABRASIVES AND POSSIBILITIES OF INCREASE IN EFFICIENCY OF ABRASIVE WATERJETS

LIBOR SITEK, PETR MARTINEC
Keywords: zirconia | garnet | abrasives | abrasive waterjets | high-speed waterjets

THE DESIGN AND SIMULATION OF THE SAFETY PART OF THE EXTRACTION SYSTEM OF THE HEAVY ION CYCLOTRON DC280 USING COMSOL MULTIPHYSICS

TOMAS MAAR, VLADIMIR I. KAZACHA
Keywords: COMSOL Multiphysics | beam extraction system | cyclotron | thermal analysis

APPLICATION OF RAPID PROTOTYPING TECHNOLOGY IN DESIGNING ROBOTS AND PERIPHERAL DEVICES

JAN LIPINA, VACLAV KRYS
Keywords: screw connection | tensile tests | bend tests | Stratasys | polycarbonate | rapid prototyping