Hydrology & Open-Channel Calc
hydrology-calc.x402tookit.com
Normal (uniform-flow) depth for a given discharge in a rectangular, trapezoidal, triangular or circular channel by bisection.
- Category
- Service
- Networks
- BaseSolanaPolygonArbitrum
- Starting price
- $0.02
- Paid calls, 30 days
- 8
Paid endpoints
8 endpoints, sorted by usage. Prices are per request.
| Endpoint | Price | Network | Facilitator | Calls / 30d |
|---|---|---|---|---|
GET/critical-depth Critical depth where Froude number is 1 (Q^2/g = A^3/T) for rectangular, trapezoidal, triangular or circular channels. | $0.02 | Base | Coinbase CDP | 1 |
GET/froude-number Froude number V / sqrt(g A/T) and flow regime (subcritical, critical, supercritical) for an open-channel section. | $0.02 | Base | Coinbase CDP | 1 |
GET/manning-flow Manning flow, velocity and hydraulic radius for rectangular, trapezoidal, triangular or part-full circular channels, SI or US. | $0.02 | Base | Coinbase CDP | 1 |
GET/normal-depth Normal (uniform-flow) depth for a given discharge in a rectangular, trapezoidal, triangular or circular channel by bisection. | $0.03 | Base | Coinbase CDP | 1 |
GET/orifice-flow Orifice discharge Q = Cd A sqrt(2 g h) for a round or given-area opening, with typical Cd by edge type, SI or US. | $0.02 | Base | Coinbase CDP | 1 |
GET/rational-method Peak runoff Q = C i A by the rational method, from a runoff coefficient, surface type or weighted sub-areas, SI or US. | $0.02 | Base | Coinbase CDP | 1 |
GET/time-of-concentration Time of concentration by the Kirpich formula and the NRCS lag equation, with the limits of each stated. | $0.02 | Base | Coinbase CDP | 1 |
GET/weir-flow Discharge over a sharp-crested rectangular (Francis), V-notch or Cipolletti weir from head, SI or US units. | $0.02 | Base | Coinbase CDP | 1 |
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