Home
Back
Formula Used:
| From: | To: |
The Difference In Elevations Of Full Reservoir Level And Original Bed Of Reservoir represents the vertical distance between the Full Reservoir Level (FRL) and the original bed of the reservoir. This measurement is crucial for determining the storage capacity and water depth of the reservoir.
The calculator uses the formula:
Where:
Explanation: The formula calculates the elevation difference by dividing the height above the bed by the relative depth measurement.
Details: Accurate calculation of elevation differences is essential for reservoir design, capacity planning, flood control management, and water resource management. It helps engineers determine the maximum water storage capacity and assess potential flood risks.
Tips: Enter Height Above Bed and Relative Depth values in meters. Both values must be positive numbers greater than zero for accurate calculation.
Q1: What Is Full Reservoir Level (FRL)?
A: Full Reservoir Level is the maximum water level to which water can be stored in the reservoir under normal operating conditions.
Q2: How Is Relative Depth Measured?
A: Relative Depth measures the distance from the deep white matter surface to the superficial white matter surface in reservoir bed analysis.
Q3: Why Is This Calculation Important For Reservoir Management?
A: This calculation helps determine the actual storage capacity, sedimentation patterns, and helps in planning dredging operations if needed.
Q4: What Are Typical Values For These Measurements?
A: Values vary significantly based on reservoir size and topography. Height Above Bed typically ranges from meters to tens of meters, while Relative Depth depends on the specific reservoir characteristics.
Q5: Can This Formula Be Used For Other Water Bodies?
A: While primarily designed for reservoirs, the formula can be adapted for other water storage structures with similar elevation measurement requirements.