Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium Calculator

✖Depth of Closure for a characteristic time interval is the most landward depth seaward of which there is no significant change in bottom elevation.ⓘ Depth of Closure [D_c]			+10% -10%
✖Parameter for Fill Sands refer to granular materials, typically sand, used to fill voids or support structures in construction projects.ⓘ Parameter for Fill Sands [A_F]			+10% -10%
✖Parameter for Native Sands refers to the original geological composition and characteristics of a particular region's soil and substrate.ⓘ Parameter for Native Sands [A_N]			+10% -10%

✖Volume per unit Length of Shoreline is the volume of sediment contained within a cross-sectional area of the beach, per unit length along the shoreline.ⓘ Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium [V]

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Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium Solution

STEP 0: Pre-Calculation Summary

Formula Used

Volume per unit Length of Shoreline = (3/5)*(Depth of Closure/Parameter for Fill Sands)^(5/2)*(Parameter for Native Sands-Parameter for Fill Sands)
V = (3/5)*(D_c/A_F)^(5/2)*(A_N-A_F)
This formula uses 4 Variables

Variables Used

Volume per unit Length of Shoreline - (Measured in Square Meter) - Volume per unit Length of Shoreline is the volume of sediment contained within a cross-sectional area of the beach, per unit length along the shoreline.
Depth of Closure - (Measured in Meter) - Depth of Closure for a characteristic time interval is the most landward depth seaward of which there is no significant change in bottom elevation.
Parameter for Fill Sands - Parameter for Fill Sands refer to granular materials, typically sand, used to fill voids or support structures in construction projects.
Parameter for Native Sands - Parameter for Native Sands refers to the original geological composition and characteristics of a particular region's soil and substrate.

STEP 1: Convert Input(s) to Base Unit

Depth of Closure: 6 Meter --> 6 Meter No Conversion Required
Parameter for Fill Sands: 0.101 --> No Conversion Required
Parameter for Native Sands: 0.115 --> No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

V = (3/5)*(D_c/A_F)^(5/2)*(A_N-A_F) --> (3/5)*(6/0.101)^(5/2)*(0.115-0.101)

Evaluating ... ...

V = 228.483044776353

STEP 3: Convert Result to Output's Unit

228.483044776353 Square Meter --> No Conversion Required

FINAL ANSWER

228.483044776353 ≈ 228.483 Square Meter <-- Volume per unit Length of Shoreline

(Calculation completed in 00.020 seconds)

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< Seawall Trap Ratio Calculators

Volume per unit Length of Shoreline required to produce Beach Width

LaTeX Go Volume per unit Length of Shoreline = Beach Width*(Design Berm Elevation+Depth of Closure)

Active Sediment Volume given Seawall Trap Ratio

LaTeX Go Active Sediment Volume = Wall Trap Volume/Seawall Trap Ratio

Wall Trap Volume given Seawall Trap Ratio

LaTeX Go Wall Trap Volume = Seawall Trap Ratio*Active Sediment Volume

Seawall Trap Ratio

LaTeX Go Seawall Trap Ratio = Wall Trap Volume/Active Sediment Volume

Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium Formula

LaTeX Go

Volume per unit Length of Shoreline = (3/5)*(Depth of Closure/Parameter for Fill Sands)^(5/2)*(Parameter for Native Sands-Parameter for Fill Sands)
V = (3/5)*(D_c/A_F)^(5/2)*(A_N-A_F)

What is Active Volume in the Cross-Shore Profile?

Active volume in the cross-shore profile influences Successive cross-shore surveys of the beach profile to close depth reveal spatial variations in vertical elevation at each location. In the absence of lateral transport, the eroded sections balance the accreted areas, i.e., sediment volume is conserved. The active sediment volume is defined as one-half of the total volume change between two successive surveys.

What is the Depth of Closure?

The depth of closure for a given or characteristic time interval is the most landward depth seaward of which there is no significant change in bottom elevation and no significant net sediment exchange between the nearshore and the offshore.

How to Calculate Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium?

Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium calculator uses Volume per unit Length of Shoreline = (3/5)*(Depth of Closure/Parameter for Fill Sands)^(5/2)*(Parameter for Native Sands-Parameter for Fill Sands) to calculate the Volume per unit Length of Shoreline, The Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium formula is defined as a nonintersecting profile, the volume of sand per unit length of shoreline that must be placed before there is any dry beach after equilibrium. Volume per unit Length of Shoreline is denoted by V symbol.

How to calculate Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium using this online calculator? To use this online calculator for Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium, enter Depth of Closure (D_c), Parameter for Fill Sands (A_F) & Parameter for Native Sands (A_N) and hit the calculate button. Here is how the Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium calculation can be explained with given input values -> 250.9693 = (3/5)*(6/0.101)^(5/2)*(0.115-0.101).

FAQ

What is Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium?

The Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium formula is defined as a nonintersecting profile, the volume of sand per unit length of shoreline that must be placed before there is any dry beach after equilibrium and is represented as V = (3/5)*(D_c/A_F)^(5/2)*(A_N-A_F) or Volume per unit Length of Shoreline = (3/5)*(Depth of Closure/Parameter for Fill Sands)^(5/2)*(Parameter for Native Sands-Parameter for Fill Sands). Depth of Closure for a characteristic time interval is the most landward depth seaward of which there is no significant change in bottom elevation, Parameter for Fill Sands refer to granular materials, typically sand, used to fill voids or support structures in construction projects & Parameter for Native Sands refers to the original geological composition and characteristics of a particular region's soil and substrate.

How to calculate Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium?

The Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium formula is defined as a nonintersecting profile, the volume of sand per unit length of shoreline that must be placed before there is any dry beach after equilibrium is calculated using Volume per unit Length of Shoreline = (3/5)*(Depth of Closure/Parameter for Fill Sands)^(5/2)*(Parameter for Native Sands-Parameter for Fill Sands). To calculate Volume of Sand per unit Length of Shoreline placed before there is any Dry Beach after Equilibrium, you need Depth of Closure (D_c), Parameter for Fill Sands (A_F) & Parameter for Native Sands (A_N). With our tool, you need to enter the respective value for Depth of Closure, Parameter for Fill Sands & Parameter for Native Sands and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

How many ways are there to calculate Volume per unit Length of Shoreline?

In this formula, Volume per unit Length of Shoreline uses Depth of Closure, Parameter for Fill Sands & Parameter for Native Sands. We can use 1 other way(s) to calculate the same, which is/are as follows -

Volume per unit Length of Shoreline = Beach Width*(Design Berm Elevation+Depth of Closure)

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