Quick guide
How to use this calculator
- Choose the analysis mode that matches the physical model before entering values.
- Enter properties, geometry, loads, states and coefficients from one consistent unit and sign convention.
- Use the intermediate outputs to audit the relationship, then retain the stated idealization before applying it.
Calculation method
Transparent engineering model
Cylinder F=pA and v=Q/A; motor T=ΔpVdηm/(2π); Manning Q=AR^(2/3)S^(1/2)/n; jump, weir and flume modes retain their stated ideal relationships.
The calculator evaluates only the declared relationship and preserves visitor-entered assumptions rather than selecting materials, factors, components or standards.
Worked example
Worked example
A 50 mm hydraulic bore at 10 MPa produces 19.635 kN ideal extension force; the same geometry can be checked for speed, cycle time or Euler buckling.
Cylinder F=pA and v=Q/A; motor T=ΔpVdηm/(2π); Manning Q=AR^(2/3)S^(1/2)/n; jump, weir and flume modes retain their stated ideal relationships.
Supported inputs
Precision and limits
Analysis, not approval
Ideal component and uniform-flow analysis only. Seals, leakage, compressible transients, valve losses, codes, freeboard, erosion and equipment selection remain external.
Standards and properties
Material properties, allowable values, load combinations, safety factors, correlations, manufacturer data, codes and jurisdictional requirements are not supplied automatically.
Units and precision
Use one consistent unit basis. Results retain working precision but cannot be more accurate than the entered measurements and properties.
Privacy
Entered engineering values and results stay in this browser and are not sent to analytics or third parties.