Linked from

The 17 pages that link to Hydrostatics, each with the reason it gives.

• HydrodynamicsCompared with: It treats the stationary limit rather than moving liquids.

• Fluid mechanicsBroader topic: It is the zero-flow limit, where pressure balances body forces such as gravity.

• ArchimedesNarrower topic: Archimedes' buoyancy work became a foundation of this field.

• Bernoulli's principleCompared with: Bernoulli's principle extends pressure analysis from resting fluids to flowing ones.

• Blaise PascalNarrower topic: Pascal investigated how pressure is transmitted through fluids and gases.

• Fluid dynamicsCompared with: It treats equilibrium rather than the moving flows that define fluid dynamics.

• Daniel BernoulliRelated: Bernoulli’s comparisons between static pressure and moving fluids depend on this foundation.

• Euler equationsCompared with: The Euler equations generalize fluid force balance from rest to motion.

• Young–Laplace equationNarrower topic: The equation supplies a boundary condition for static fluid interfaces.

• Naval architectureRelated: Hydrostatics predicts a vessel’s buoyancy, draft, and stability before it moves.

• HydraulicsRelated: It supplies the basis for calculating liquid pressure on tanks and structures.

• Hull (watercraft)Narrower topic: It explains how hull volume and shape govern floating equilibrium.

• Hydraulic machineryNarrower topic: Hydraulic machinery relies on pressure behavior in confined, nearly stationary fluid.

• Spirit levelNarrower topic: The vial’s liquid and bubble respond to gravity as a fluid system.

• Dry dockRelated: Buoyancy and changing water levels govern vessel movement during docking.

• John Theophilus DesaguliersRelated: Desaguliers’s demonstrations and published teaching covered the behavior of fluids as well as motion.

• Slosh dynamicsRelated: Static pressure provides the baseline for pressures altered by sloshing.