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Mini-essays, a way to nurture curiosity!
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The momentum equation in fluid dynamics relates forces to momentum changes, explaining various phenomena and underpinning both theoretical and practical applications.
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Comprehensive study of boundary layer separation in fluid dynamics, examining causes, effects, and control methods. Covers laminar vs turbulent flows, practical applications in aerospace and automotive engineering, and prevention techniques.
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The concept of the boundary layer is central to understanding fluid flow near solid surfaces. This mini-essay introduces topics such as viscosity, shear, and the Reynolds number, that become essential in describing the behavior of fluids in contact with walls.
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This mini-essay explores the function and aerodynamic principles behind Formula One diffusers, one of the most critical components in modern aerodynamic design.
Sebas Bravo 