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Explain Kaplan Turbine Main Characteristics of Kaplan Turbine Viktor Kaplan, an Austrian, developed this turbine in the year ... Read more
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Get Short and Concise Notes of Fluids Properties:Definitions and Formulas...GATE, IES, ISRO Exam...Newton’s Law of Viscosity Important Terms…
Hydrostatics Definition The Branch of science which deals with the study of fluids at rest. Pascal's Law It…
Dimensional Analysis Definition All engineering quantities can be defined in four basic or fundamental dimensions- Mass (M), Length…
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Get Short and Concise Notes of Fluids Properties:Definitions and Formulas...GATE, IES, ISRO Exam...Newton’s Law of Viscosity Important Terms…
Hydrostatics Definition The Branch of science which deals with the study of fluids at rest. Pascal's Law It…
Dimensional Analysis Definition All engineering quantities can be defined in four basic or fundamental dimensions- Mass (M), Length…
Surface Tension Surface tension occurs at the interface of the liquid and a gas or at the interface…
Types of Fluid Newtonian Fluid Non-Newtonian Fluid Non- Newtonian Fluids These types of fluids do not obey Newton’s…
Vortex Motion A whirling or rotating mass of fluid is called vortex flow. The flow of the fluid in a…
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Explain Kaplan Turbine Main Characteristics of Kaplan Turbine Viktor Kaplan, an Austrian, developed this turbine in the year …
Get Short and Concise Notes of Fluids Properties:Definitions and Formulas…GATE, IES, ISRO Exam…Newton’s Law of Viscosity Important Terms Related to…
Hydrostatics Definition
The Branch of science which deals with the study of fluids at rest.
Pascal’s Law
It states that the pressure or intensity of pressure at a point in a fluid at rest is equal in all directions.
Let consider a fluid at rest in a closed container then a change in pressure at one point will be transmitted without loss to every point of the fluid and to the walls of the container.
Dimensional Analysis Definition
All engineering quantities can be defined in four basic or fundamental dimensions- Mass (M), Length (L), Time (T), and Temperature (θ).
Surface Tension
Surface tension occurs at the interface of the liquid and a gas or at the interface of two liquids.
Surface tension (σ) is inversely proportional to temperature.
It acts when fluid is at rest.
It is a surface phenomenon.
Types of Fluid
Newtonian Fluid
Non-Newtonian Fluid
Non- Newtonian Fluids
These types of fluids do not obey Newton’s Law of viscosity. The relation between Shear Stress and Velocity gradient is given by the following formula-
Vortex Motion
A whirling or rotating mass of fluid is called vortex flow.
The flow of the fluid in a curved path.
Free Vortex Flow
In this flow fluid mass rotates due to the conservation of angular momentum. The velocity profile is inversely proportional to the radius.
Complete Fluid Mechanics Objective Questions with Answers for IES, GATE, and other Exams. Must Practice these questions before appearing for the exam.