14 Items
Items Count Gear
Differential Analysis of Fluid Flow TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 07 - Nov - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
Differential Analysis of Fluid Flow, what is Differential Analysis, mass continuity equation
In this article, I will explain the differential equations of fluid motion, i.e., conservation of mass (the continuity equation.  So without wasting any time, let us start. What is differential Analysis? As a part of this article, it is essential to know what differential analysis is and how we can apply it to explain continuity and Naiver Stroke’s theorem. Some of the essential key points related to the differential analysis are as follows: Differential analysis is the application of a differential equation of fluid motion to any or every point in the flow field over a region called ...
TEP , The Engineering Projects , TagsDifferential Analysis of Fluid Flow
what is Differential Analysis
mass continuity equation
Read More
Drag and Lift in Fluids TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 06 - Nov - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
drag in fluids, lift in fluids, fluids drag, fluids lift, drag and lift in fluids, parallel surface fluids
It is one of the most critical topics whenever. It is related to the resistance a fluid faces in motion. A fluid exerts a force on a body in a different direction. Now the main question is, what is drag? And what do we know about it? What is Drag? The definition of drag is as follows: The force exerted on a flowing fluid in the direction of fluid flow is called drag. Some of the essential key points related to the drag are as follows: In order to elaborate on the drag force through an example. The body is attached to calibrated spring, and it is used to measure the displacement in the dir ...
TEP , The Engineering Projects , Tagsdrag in fluids
lift in fluids
fluids drag
fluids lift
drag and lift in fluids
parallel surface fluids
Read More
Types of Fluid Flows TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 05 - Nov - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
Types of flow, types of fluid flow, Steady and Unsteady Flow, Uniform and Non-Uniform Flow, One, two and three-dimensional Flow, Rotational or Irrotational Flow, Laminar and Turbulent, Compressible and Incompressible Flow
Hello Friends. I hope you are doing great. Here I am with another exciting topic of fluid mechanics, i.e. flow over bodies. In this article, I will explain the flow of fluids, the flow rate, their nature, the flow in pipes and much more. Fluid mechanics is all related to the fluid and its nature. I will discuss the forces that are on the body that is immersed in a fluid and the flow that is over the body. As the title shows, the main emphasis will be on the lift and drag forces. Moreover, the external and the internal flow will also be discussed in this article. And I am sure that you will enj ...
TEP , The Engineering Projects , TagsTypes of flow
types of fluid flow
Steady and Unsteady Flow
Uniform and Non-Uniform Flow
One
two and three-dimensional Flow
Rotational or Irrotational Flow
Laminar and Turbulent
Compressible and Incompressible Flow
Read More
Compressible Flow in Fluid Mechanics TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 25 - Oct - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
mach number, speed of sound, compressible flow, compressed flow, fluid mechanics
Hello Friends. I hope you are doing great. In this article, I will cover the nature of flow responsible for the changes in density. The nature of flows responsible for density change is known as compressible flows. Fluid dynamics and thermodynamics combine for the theory of compressible flows. The compressible flow creates a relationship with the ideal gas. First, I will explain the stagnation state, speed of sound, and then the Mach number. This all comes under compressible flows. Then there come the static and stagnation fluid properties, shock waves, and variation of fluid properties in th ...
TEP , The Engineering Projects , Tagsmach number
speed of sound
compressible flow
compressed flow
fluid mechanics
Read More
Energy Equations in Fluid Mechanics TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 24 - Oct - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
energy equations in fluid mechanics, energy in fluids, energy calculations
The first law of thermodynamics is also known as the Conservation of energy Principle. I will explain what is energy principle is and the following are some important points of the Energy Principle: The energy principle can be described as the following equation: Ein-Eout=∆E I will exemplify the energy equation through a simple example. For instance, the rock fell from the cliff and while falling from the cliff the rock gained speed and the speed doubled while coming down. The potential energy is converted into kinetic energy as the rock is falling from height. Here the air resistance is ...
TEP , The Engineering Projects , Tagsenergy equations in fluid mechanics
energy in fluids
energy calculations
Read More
The Bernoulli’s Equation TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 23 - Oct - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
The Bernoulli’s Equation, The Bernoulli’s Theorem, The Bernoulli’s mathematical representation
The statement of Bernoulli’s Equation is as follows: In fluid dynamics, Bernoulli’s Equation states about an increase in speed of fluid that occur simultaneously with the decrease in static pressure or decrease in fluid’s potential energy. After reading the statement, you might have little idea what Bernoulli’s equation is about. Don’t worry. Here I am to explain that to you extensively. Some of the important critical points related to Bernoulli’s equation are as follows: Bernoulli’s equation is the relation between the pressure, velocity and potential energy.  This equation is only ...
TEP , The Engineering Projects , TagsThe Bernoulli’s Equation
The Bernoulli’s Theorem
The Bernoulli’s mathematical representation
Read More
Conservation Laws in Fluid Mechanics TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 22 - Oct - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
conservation of mass, mass conservation, mass conservation in fluid mechanics
In this article, I will cover one of the essential topics of fluid mechanics as the title shows three crucial topics—the first concerns the conservation of mass and how it plays a critical role in our daily life. The next one involves the conservation of kinetic and potential energy and is all about the flow energy of a fluid stream. The Bernoulli equation is all about considering the energies, handling them of fluid, and neglecting the viscous forces. The last topic is energy equations, which is about the conservation of energy principle. As we know that while dealing with energy in fluid mec ...
TEP , The Engineering Projects , Tagsconservation of mass
mass conservation
mass conservation in fluid mechanics
Read More
The Reynolds Transport Theorem TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 14 - Oct - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
The Reynolds Transport Theorem, The Reynolds Transport Theorem in fluid mechanics, fluid mechanics
Before starting this important topic there are some of the important terminologies related to the theorem that are frequently used throughout. So let us have a look at them. System Some important key points related to the system are as follows: In thermodynamics, a system is a quantity of matter of fixed quantity.  The system is mostly closed. system. There is a change in the size and shape of the system but due to the closed system, no mass can cross the boundary. One of the important points is that the mass of the system remains constant. Control Volume Some important key poi ...
TEP , The Engineering Projects , TagsThe Reynolds Transport Theorem
The Reynolds Transport Theorem in fluid mechanics
fluid mechanics
Read More
Fundamentals of Fluid Flow Visualization TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 13 - Oct - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
Fundamentals of Fluid Flow Visualization, Fluid Flow Visualization, fluid flow, how fluid flow works, fluid behavior
Flow visualization widely uses Computational Fluid Dynamics (CFD) and physical experiments. So following are the types of patterns that can be visualized computationally and experimentally. So without wasting any time, let us start. Streamlines and Streamtubes There are two patterns. I will first explain the streamlines. So the definition of streamlines is as follows: A streamline is a curve that is tangent everywhere to the instantaneous local velocity vector. You might not understand the definition by reading it, so just for your ease, let me explain to you in few key points: A streamli ...
TEP , The Engineering Projects , TagsFundamentals of Fluid Flow Visualization
Fluid Flow Visualization
fluid flow
how fluid flow works
fluid behavior
Read More
What is Fluid Kinematics? TEP , The Engineering Projects , Boxes
TEP , The Engineering Projects , Post Date 12 - Oct - 2022
TEP , The Engineering Projects , Post Author syedzainnasir
TEP , The Engineering Projects , Post Category Fluid Mechanics
TEP , The Engineering Projects , Post Comments 0 Comments
TEP , The Engineering Projects , Post Views 63.8K Views
Fluid Kinematics, Kinematics in fluid, basics of fluid kinematics, fluid kinematics intro
Hello friend. In this article, I will cover essential points related to fluid kinematics, i.e., what fluid kinematics is and how the motion of the fluids can be explained without describing the forces acting on them. Further, I will explain Lagrangian and Euler about the motion of fluid and a lot more. So buckle up, and let’s start. What is Fluid kinematics? The definition of fluid kinematics is as follows: Fluid kinematics is related to fluid motion without considering the forces responsible for the motion. <img src="https://images.theengineeringprojects.com/imag ...
TEP , The Engineering Projects , TagsFluid Kinematics
Kinematics in fluid
basics of fluid kinematics
fluid kinematics intro
Read More