the principle ,method and applications of fluid pressure measuring

the principle ,method and applications of fluid pressure measuring Coursework example
High school
Coursework
Engineering and Construction
Pages 6 (1506 words)
Download 0
THE PRINCIPLE, METHOD AND APPLICATIONS OF FLUID PRESSURE MEASURING Name Course Tutor University Department Date Introduction Fluids refer to any substance that can easily flow such as liquid or gases. Fluid pressure refers to the force exerted on an area and is expressed as force per unit area (Al-Shemmeri 2012, p.20)…

Introduction

For example, the pressure at the bottom of a dam is equivalent to the ratio of the weight and the area of the column covered by the water. Fluid pressure can be caused by acceleration, gravity or hydraulic systems those results into force thus affecting static fluid pressure. Fluid pressure applies in all directions hence internal pressure of a fluid is equivalent to the external. In this regard, if either pressure is different (internal or external) the object holding the fluid would break. This principle explains the reasons why dams are always constructed thicker at the bottom. The fluid pressure increases as you go deep through the fluid column. The fluid pressure at any point in this case depends on how deep that point is from the surface of the water. If the surface of the water is flat or if the water surface is not tilted to any side, then pressure at point having the same level of depth will always be the same. However, other factors such as can affect fluid pressure. Having described what fluid pressure entails, it is imperative to discuss how this fluid pressure is measured. The theory and principles of fluid pressure measuring Fluid pressure is measured by application of the first principle mentioned in the introduction above that fluid pressure is the force exerted by fluid per unit area. ...
Download paper
Not exactly what you need?

Related papers

Acoustical Characterization of porous Materials for Automotive Applications
Porous materials come in several forms, ranging from rigid to limp to elastic. They also vary across sound propagation parameters, such as porosity, tortuosity, flow, resistivity, viscous characteristic length and thermal characteristic length. Porous materials have two phases; the solid phase, which is fibrous in nature, forms the frame, while the interstitial fluid fills up the pores in the…
Characterisation material physical properties of porous materials
According to this theory, three different kinds of waves propagate within the porous material. One is the compression wave propagating in the fluid phase, the second is the compression wave travelling in the solid phase, and the third is the shear wave propagating in the solid phase (Pan & Jackson). The Biot model for predicting sound propagation in porous materials is based on five material…
Head Loss Fluid Mechanics
Fluid flowing through a pipe encounters resistance because of resistance offered by the pipeline, viscosity of the fluid, and the roughness present in the pipeline’s interior surface. The main energy loss in a pipeline is because of friction as the pipeline has usually long length (Sawhney 2011, p629). The pipeline’s total energy decreases based on the direction of the flow. Fluid flowing…
Thermodynamics Applications
Use of fuels in London: The energy uses in the city of London in the residential, commercial, industrial and transportation sectors can be presented through the following chart based on data for the year 1998. The figure indicates the percentage use of the available energy sources in the city of London in different sectors. It can be observed that the transportation sector has the highest record…
Airflow in Ducts Research Paper
Experiment 2 There is a slight fall in pressure in the approach section and the static pressure is at a minimum about one pipe diameter before the orifice plate. The pressure of the fluid then rises near the face of the orifice. There is then a sudden fall of pressure as the fluid passes through the orifice, but the minimum pressure is not attained until the vena contracta is reached. Beyond the…
Fluid Mechanics 230
TYPES OF DRAG Form drag This could be described as the frictional force resulting from the shape of a moving object. This drag remains highly dependent on size and shape of objects; hence, the name form drag (Batchelor 2000). Bodies with larger cross-sectional designs experience higher levels of form drag than those presented with sleek design. The shape and size of a body affects the surface area…
construction and operation of aircraft fluid systems
Compressed air which is a mixture of all gases present in the atmosphere is suitable as a fluid for transmitting power in aircraft given its properties that closely match those of an ideal fluid. Air is unlimited in supply and practically costs nothing. Although it contains different gases, air is not poisonous (tbub.com 2013). Also, air does not burn in as much as it contains oxygen which…