EngiRef / Civil Engineering Formula
Chezy Equation
Chezy Equation: Velocity in open channel flow. A Hydraulics formula in civil engineering. Variables V, C, R and S, each with SI and imperial units.
Hydraulics
Specification
- Name
- Chezy Equation
- Discipline
- civil
- Category
- Hydraulics
- LaTeX
- V = C\sqrt{RS}
- Description
- Velocity in open channel flow
- Conditions
- Open channel, uniform flow
- Can solve for
- V, C, R, S
- Tags
- chezy, open, channel, flow, velocity
Variables
| Symbol | Name | Unit | Si Unit | Imperial Unit |
|---|---|---|---|---|
| V | Velocity | m/s | m/s | ft/s |
| C | Chezy Coefficient | m^(1/2)/s | m^(1/2)/s | - |
| R | Hydraulic Radius | m | m | ft |
| S | Slope | - | - | - |
Common questions
- What is the Chezy Equation formula?
- Velocity in open channel flow. It sits under Hydraulics, Civil engineering in the EngiRef reference.
- What do the symbols in the Chezy Equation formula mean?
- In Chezy Equation, V is velocity in m/s; C is chezy coefficient in m^(1/2)/s; R is hydraulic radius in m; S is slope.
- When does the Chezy Equation formula apply?
- Chezy Equation holds under this condition: Open channel, uniform flow.