Fluid Flow Particularities within Hydraulic Working Circuit
Journal Title: HIDRAULICA - Year 2018, Vol 0, Issue 3
Abstract
As is known from the principles of fluid mechanics, the flow phenomenon of the working fluid within a hydraulic circuit is always accompanied by energy losses that are inevitably determined by the frictional forces with the pipe walls, the geometric shape of the pipeline used in the circuit but also the inner walls roughness of the circuit pipeline which interacts with the fluid. The fluid environment is used within the hydro-static systems in order to transmit the energy representing the support which, by simply circulating in the circuit to the execution organs, causes different device movements (rotation or translation) as a result of directly action. Forced flow of the working fluid inside the circuit is a complex phenomenon of continuous or non-permanent flow which involves the general laws and equations of the customized fluid mechanics for specific working situations of the hydro-static drive systems.
Authors and Affiliations
Fanel Dorel SCHEAUA
Keywords
Related Articles
- EP ID EP485571
- DOI -
- Views 180
- Downloads 0
From Human-Environment Interaction to Environmental Informatics (II): the Sustainability evolution as requirement of Knowledge-based Society
The idea of sustainable development is without doubt the most used phrase, with reference to environment in the last half century. Sustainable development has been defined in many ways, but the most frequently quoted def...
Beam Sag Compensation in Single Column Heavy Duty Vertical Lathes
This paper shows some of the theoretical and experimental research activities carried out by the authors during the remanufacturing of a heavy duty vertical lathe. The research focused on the diminution of the beam sag (...
Fluid Flow Particularities within Hydraulic Working Circuit
As is known from the principles of fluid mechanics, the flow phenomenon of the working fluid within a hydraulic circuit is always accompanied by energy losses that are inevitably determined by the frictional forces with...
Design and Optimization of Pressurized Toroidal LPG Fuel Tanks with Variable Section
This study addresses the design and optimization of the pressurized toroidal LPG fuel tanks with variable section used in automotive industry based on the finite element analysis (FEA) approaches, to model both thermal a...
Theoretical and Experimental Research on the Technological Process of Spraying and Dynamics of the Motorized Agricultural Platform
This article presents the results of a research developed by INOE2000 - IHP, as well as a functional model of a motorized agricultural platform used for spraying in horticulture. This is part of a complex crop monitoring...