Mechanical Engineering - Hydraulics and Fluid Mechanics - Discussion

Discussion Forum : Hydraulics and Fluid Mechanics - Section 1 (Q.No. 2)
2.
The value of bulk modulus of a fluid is required to determine
Reynold's number
Froude's number
Mach number
Euler's number
Answer: Option
Explanation:
No answer description is available. Let's discuss.
Discussion:
44 comments Page 2 of 5.

Siddharth said:   1 decade ago
In fluid mechanics, Mach number (M or Ma) is a dimensionless quantity representing the ratio of speed of an object moving through a fluid and the local speed of sound.

SEKHAR said:   9 years ago
Mach number is the ratio of the speed of flow to the speed of sound. Where the speed of flow depends on bulk modulus.

Mach number is a dimensionless quantity.

Akshay soni said:   1 decade ago
The ratio of the compressive or tensile force applied to a substance per unit surface area to change in volume of the substance per unit volume.

Suraj said:   8 years ago
Bulk modulus is proportional to pressure. So I think Euler's number is the correct answer. It is the ratio of inertia force and pressure force.
(1)

Krunal said:   8 years ago
Bulk modulus " the measure of a fluid's resistance to compression "of a hydraulic fluid in position, response time, and stability are critical.
(1)

Sayali said:   8 years ago
Euler number = pressure force to inertia force.
Reynold no= inertia force to viscous force.
Froude no=inertia force to external force.
(4)

PRASENJIT DE said:   1 decade ago
Reciprocal bulk modulus of elasticity is compressibility.

Mach number is inertia force/elastic. For bulk modulus machine no require.

Raviteja said:   1 decade ago
When compression done on any material,

Thus it will posses a energy those compressed energy is known as bulk modulus.

Satya said:   1 decade ago
Mach number= square root ratio of inertia force to elastic force.

In determining elastic force we need bulk modulus.

Sachin said:   1 decade ago
A force require to keep the fluid at that velocity (moving velocity) or force require to completely stop the fluid.


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