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Bernoullisands is a fictional archipelago created as a pedagogical example in physics and engineering education. The name evokes Bernoulli's principle, and the setting is used to illustrate how fluid velocity and pressure interact under varying boundary conditions.

Geography and environment: In the imagined geography, the archipelago comprises five islands with diverse topographies—ranging from a central highland island to low-lying coastlines and a network of intertidal channels. The surrounding sea experiences steady trade winds and tidal currents, producing smooth and complex flow patterns that help students visualize streamlines, pressure gradients, and lift on hypothetical surfaces.

Educational use: Bernoullisands appears in problem sets, simulations, and classroom discussions to explore how wind speed, density, and cross-sectional area influence dynamic pressure. Scenarios include air flowing over hills, through narrow channels, and around fictitious structures such as a wind turbine mast or a bridge span. Students apply Bernoulli's equation, energy conservation, and basic fluid-dynamics principles to predict changes in velocity and pressure.

Limitations: As a fictional construct, Bernoullisands cannot substitute for empirical data. Instructors stress the assumptions behind idealized models and encourage comparison with real measurements and more advanced computational fluid dynamics when appropriate.

See also: Bernoulli's principle; fluid dynamics; wind tunnel.