Publication detail
METHODOLOGY OF HYDRAULIC SYSTEM DEVELOPMENT USING EXPERIMENTAL STAND AND COMPUTER MODELING
NEVRLÝ, J. BRANDEJS, J.
English title
METHODOLOGY OF HYDRAULIC SYSTEM DEVELOPMENT USING EXPERIMENTAL STAND AND COMPUTER MODELING
Type
journal article in Scopus
Language
en
Original 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.
English 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.
Keywords in English
METHODOLOGY OF HYDRAULIC SYSTEM DEVELOPMENT USING EXPERIMENTAL STAND AND COMPUTER MODELING
Released
01.03.2016
ISSN
1803-1269
Number
3
Pages from–to
882–886
Pages count
5
BIBTEX
@article{BUT124210,
author="Josef {Nevrlý} and Jan {Brandejs},
title="METHODOLOGY OF HYDRAULIC SYSTEM DEVELOPMENT USING EXPERIMENTAL STAND AND COMPUTER MODELING",
year="2016",
number="3",
month="March",
pages="882--886",
issn="1803-1269"
}