Critical Analysis of the Coefficient α of Coriolis Critical Analysis of the Coriolis Coefficient α
Drought, salinity, silicon hydraulic capacitance, silicon passive uptake, drought
Abstract
The main objective of this research work, is to make a critical analysis of the application, of coefficient α, since it was proposed by Coriolis in 1836. According to the international literature and the internet, widely consulted by the author of this work, the Coriolis coefficient for the correction of the velocity head (kinetic energy), is affirmed and recognized in the conduction fluid flows, because when considering the average velocity (ratio between discharge and velocity), as the average of the actual distribution of velocities occurring in the cross section, an error occurs, due to the non-uniform distribution of velocities. The author of this technical article, in performing a thorough and detailed analysis of the deduction of the coefficient , the continuity equations, Bernoulli (laws of conservation of mass and energy, respectively, applied to the flow of fluids), as well as the general formulas of fluid resistance, Weisbach-Darcy, etc. has come to the conclusion that while the coefficient of Coriolis actually exists, the way in which it has been used is not the right one.
Downloads
How to Cite
References
Mabelin Armenteros Amaya, Clara Columbié Santana, Adianez Taboada Zamora (1960) INTERNACIONALIZACIÓN DE LA EDUCACIÓN SUPERIOR EN CUBA. CONTRIBUCIÓN DEL PROYECTO FORGEC. (2), 6-9.
V Chow (1959) Open-Chanel Hydraulics. 192-197.
La Habana Cuba. Edición Revolucionaria.
Waldo Ojeda-Bustamante, Alberto González-Sánchez, Azucelli Mauricio-Pérez, Jorge Flores-Velázquez (2015) Aplicaciones de los vehículos aéreos no tripulados en la ingeniería hidroagrícola. 08(4), 157-166.
Aymara Baganet-Cobas, José Galván-Cabrera, Mariela Forrellat-Barrios, Norma Fernández-Delgado, Ana González-Iglesias, Consuelo Macías-Abraham, Rosa Lam-Díaz, Tania González-Suárez, Inés Tartabull-Matienzo, Porfirio Hernández-Ramíre (1959) Cell therapy in aseptic necrosis of the femoral head in patients with sickle cell disease. 1(3), 336-358.
Lidia Cuba Vega, Malena Rodríguez Rodríguez, Liliam Suardíaz Del Río (2000) Extensión universitaria y covid-19. Experiencias desde la Facultad de Español para No Hispanohablantes. 6(2), 1-16.
J Montes (1998) Open-channel flow with varying conditions. 4, 91-110.
B Nekrasov (1968) DE MOSCÚ A SAN PETERSBURGO (1547-1762). 61-90.
F Rocha (2007) Rúbricas. 101-102.
Gilberto Sotelo-Avila, Jesús Gallegos-Silva (2002) Ecuación del flujo gradualmente variado en canales rectangulares de fondo curvo. 3(1), 19-24.
T Sturm, J Tuzson (2001) Open Channel Hydraulics. 54(6), B107-B108.
F White (2008) Mecánica de Fluidos.
José Montero Fernández (2010) La fiscalidad en la energía: una respuesta ambiental. 1-19.
Alejandro Montes, Gómez Daza (1996) Una aplicación de las ecuaciones diferenciales (o lo que se debe hacer para motivar a los alumnos). 8(3), 95-100.
Es muy posible que existan deficiencias en las normas de Global Journal y la redacción.
Published
2023-05-12
Issue
Section
License
Copyright (c) 2023 Authors and Global Journals Private Limited

This work is licensed under a Creative Commons Attribution 4.0 International License.