Open AccessResearches regarding the modernizing of hydro-technical designing through assisted designing
Author(s) -
Marin Silviu Nan,
Iosif Kovacs,
Aurelian Nicola,
Daniel Cosmin Vitan
Publication year - 2021
Publication title -
multidiszciplináris tudományok
Language(s) - English
Resource type - Journals
eISSN - 2786-1465
pISSN - 2062-9737
DOI - 10.35925/j.multi.2021.5.8
Subject(s) - dimensioning , hydrostatic pressure , constructive , plane (geometry) , finite element method , mechanical engineering , hydrostatic equilibrium , work (physics) , software , stress (linguistics) , engineering , computer science , civil engineering , structural engineering , mechanics , process (computing) , linguistics , philosophy , physics , geometry , mathematics , quantum mechanics , programming language , aerospace engineering , operating system
Hydro-technical works differ from the other engineering constructions due to the fact that they are subject to water influence. In nature, water exerts mechanical, physical, chemical and biological actions. Water’s mechanical action is expressed by hydrostatic pressure and dynamic pressure. Hydrostatic pressure represents the main stress, which generally determines the form and size of hydro- technical construction. As a rule, dynamic pressure is exerted by water in motion upon the elements it enters into contact. The present paper present with the dimensioning of the pipe segments, focusing on the joining of these and the simulation in conditions as close as possible to reality, of the water pipe, within the help of finite element analysis, but also with specialized simulation software. After analysis, verification and fabrication of the pipe segments, they must be transported and mounted on the inclined plane. The constructive solution of the transport sleigh for the pipes transported on the inclined plane is also verified at requests with the help of the Solid Work software, in order to be able to use it in safe conditions.