Open AccessFluid Flow Measuring Devices used in an Inertial Measurement Unit Based on Different Flow Measurement Sensors.
Author(s) -
Kumaraswamy K L*,
Dr T Krishna Rao,
Praveen math
Publication year - 2020
Publication title -
international journal of recent technology and engineering
Language(s) - English
Resource type - Journals
ISSN - 2277-3878
DOI - 10.35940/ijrte.d4439.018520
Subject(s) - flow measurement , inertial measurement unit , flow (mathematics) , volumetric flow rate , fluid dynamics , inertial frame of reference , mass flow meter , measuring principle , system of measurement , computer science , signal (programming language) , mechanical engineering , acoustics , engineering , mechanics , physics , artificial intelligence , optics , astronomy , programming language , quantum mechanics
The current work is focused on flow measuring devices which are based on sensors. Precise measurement of flow rate of fluids is established for a vital condition for quality analysis of various industrial applications. Measurement of a large mass fluid movement is called as flow rate measurement. Flow measurement are wide applications and every places its features are unique in engineering requirements and limitations. Fluid flow meters are the devices that are employed to enumerate the movement of fluids through a pipes, it is mentioned as flow rate. In the present research paper, different devices used to Fluid flow Measurement, Sensors, principle and operation, also benefits of using sensors based on Inertial Measurement Unit, which will be involved in evaluation of Flow Parameter. Fluid flow measurement will be comprise the ability to transduce the fluid flow rate into movement of an arm which can be acquired by the inertial measurement devices. Inertial measurement unit are known for its capacity to acquire the acceleration in 3 dimensions and this phenomenon will be utilized in the proposed research paper is to obtain the positional coordinates of the inertial measurement unit by a specific signal processing technique.