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Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient Formula

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The Flow of Lubricant is the movement of lubricant fluid within a hydrostatic bearing, essential for reducing friction and ensuring smooth operation of mechanical components. Check FAQs

Q = q f \cdot W \cdot \frac{h^{3}}{A p \cdot μ l}

Q - Flow of Lubricant?q_f - Flow Coefficient?W - Load Acting on Sliding Bearing?h - Oil Film thickness?A_p - Total Projected Area of Bearing Pad?μ_l - Dynamic Viscosity of Lubricant?

Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient Example

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Here is how the Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient equation looks like with Values.

Here is how the Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient equation looks like with Units.

Here is how the Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient equation looks like.

1600 = 11 \cdot 1800 \cdot \frac{{0.02}^{3}}{450 \cdot 220}

1600mm³/s = 11 \cdot 1800N \cdot \frac{{0.02mm}^{3}}{450mm² \cdot 220cP}

1600 = 11 \cdot 1800 \cdot \frac{{0.02}^{3}}{450 \cdot 220}

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Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient Solution

Follow our step by step solution on how to calculate Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient?

FIRST Step Consider the formula

Q = q f \cdot W \cdot \frac{h^{3}}{A p \cdot μ l}

Next Step Substitute values of Variables

∴

Q = 11 \cdot 1800N \cdot \frac{{0.02mm}^{3}}{450mm² \cdot 220cP}

Next Step Convert Units

∴

Q = 11 \cdot 1800N \cdot \frac{{2E-5m}^{3}}{0.0004m² \cdot 0.22Pa*s}

Next Step Prepare to Evaluate

∴

Q = 11 \cdot 1800 \cdot \frac{{2E-5}^{3}}{0.0004 \cdot 0.22}

Next Step Evaluate

∴

Q = 1.6E-06m³/s

LAST Step Convert to Output's Unit

∴

Q = 1600mm³/s

Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient Formula Elements

Variables

Flow of Lubricant

The Flow of Lubricant is the movement of lubricant fluid within a hydrostatic bearing, essential for reducing friction and ensuring smooth operation of mechanical components.

Symbol: Q

Measurement: Volumetric Flow RateUnit: mm³/s

Note: Value should be greater than 0.

Formulas to find Flow of Lubricant

Flow Coefficient

The Flow Coefficient is a measure of the efficiency of fluid flow through a bearing, indicating how well the bearing can support load under hydrostatic conditions.

Symbol: q_f

Measurement: NAUnit: Unitless

Note: Value should be greater than 0.

Formulas to find Flow Coefficient

Load Acting on Sliding Bearing

The Load Acting on Sliding Bearing is the force exerted on a sliding bearing surface, crucial for assessing bearing performance and ensuring proper mechanical function.

Symbol: W

Measurement: ForceUnit: N

Note: Value should be greater than 0.

Formulas to find Load Acting on Sliding Bearing

Oil Film thickness

The Oil Film thickness is the measurement of the layer of lubricant between two surfaces in contact, crucial for reducing friction and wear in sliding contact bearings.

Symbol: h

Measurement: LengthUnit: mm

Note: Value should be greater than 0.

Formulas to find Oil Film thickness

Total Projected Area of Bearing Pad

The Total Projected Area of Bearing Pad is the surface area of the bearing pad that is in contact with the load, influencing load distribution and performance.

Symbol: A_p

Measurement: AreaUnit: mm²

Note: Value should be greater than 0.

Formulas to find Total Projected Area of Bearing Pad

Dynamic Viscosity of Lubricant

The Dynamic Viscosity of Lubricant is a measure of a lubricant's resistance to flow, influencing the performance and efficiency of sliding contact bearings in mechanical systems.

Symbol: μ_l

Measurement: Dynamic ViscosityUnit: cP

Note: Value should be greater than 0.

Formulas to find Dynamic Viscosity of Lubricant

Other formulas in Hydrostatic Step Bearing with Pad category

Go Flow of Lubricant through slot in Terms of Pressure Difference

Q slot = ΔP \cdot b \cdot \frac{h^{3}}{12 \cdot μ l \cdot l}

Go Length of Slot in Direction of Flow in Terms of Flow of Lubricant

l = ΔP \cdot b \cdot \frac{h^{3}}{12 \cdot μ l \cdot Q slot}

Go Dimension b of Slot given Flow of Lubricant

b = l \cdot 12 \cdot μ l \cdot \frac{Q slot}{(h^{3}) \cdot ΔP}

Go Total Projected Area of Bearing Pad

A p = X \cdot Y

How to Evaluate Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient?

Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient evaluator uses Flow of Lubricant = Flow Coefficient*Load Acting on Sliding Bearing*(Oil Film thickness^3)/(Total Projected Area of Bearing Pad*Dynamic Viscosity of Lubricant) to evaluate the Flow of Lubricant, Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient formula is defined as a representation of the relationship between the flow rate of lubricating oil and various factors such as the flow coefficient, pad dimensions, and oil viscosity, essential for optimizing bearing performance. Flow of Lubricant is denoted by Q symbol.

How to evaluate Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient using this online evaluator? To use this online evaluator for Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient, enter Flow Coefficient (q_f), Load Acting on Sliding Bearing (W), Oil Film thickness (h), Total Projected Area of Bearing Pad (A_p) & Dynamic Viscosity of Lubricant (μ_l) and hit the calculate button.

FAQs on Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient

What is the formula to find Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient?

The formula of Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient is expressed as Flow of Lubricant = Flow Coefficient*Load Acting on Sliding Bearing*(Oil Film thickness^3)/(Total Projected Area of Bearing Pad*Dynamic Viscosity of Lubricant). Here is an example- 1.7E+12 = 11*1800*(2E-05^3)/(0.00045*0.22).

How to calculate Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient?

With Flow Coefficient (q_f), Load Acting on Sliding Bearing (W), Oil Film thickness (h), Total Projected Area of Bearing Pad (A_p) & Dynamic Viscosity of Lubricant (μ_l) we can find Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient using the formula - Flow of Lubricant = Flow Coefficient*Load Acting on Sliding Bearing*(Oil Film thickness^3)/(Total Projected Area of Bearing Pad*Dynamic Viscosity of Lubricant).

Can the Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient be negative?

No, the Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient, measured in Volumetric Flow Rate cannot be negative.

Which unit is used to measure Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient?

Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient is usually measured using the Cubic Millimeter per Second[mm³/s] for Volumetric Flow Rate. Cubic Meter per Second[mm³/s], Cubic Meter per Day[mm³/s], Cubic Meter per Hour[mm³/s] are the few other units in which Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient can be measured.

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Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient Formula

Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient Example

Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient Solution

Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient Formula Elements

Other formulas in Hydrostatic Step Bearing with Pad category

How to Evaluate Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient?

FAQs on Flow of Lubricating Oil Passing through Pad in Terms of Flow Coefficient

Variable Name